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text-[#64777c]" data-astro-cid-nen7h5rs="">2 kVâ50 kV · Cavo radiale</span></a><a href="/HV-Screw-Terminal-Capacitor/" class="block border-b border-[#e1eef4] px-5 py-3 transition-colors hover:bg-[#eefaff]" data-astro-cid-nen7h5rs=""><span class="text-[12px] font-semibold text-[#07569b] hover:text-[#0757a2]" data-astro-cid-nen7h5rs="">Condensatori con terminali a vite ad alta tensione</span><span class="mt-0.5 block text-[10px] text-[#64777c]" data-astro-cid-nen7h5rs="">10KVâ150KV · Pomello della porta</span></a><a href="/products/H-F-RF-Power-Capacitor/" class="block border-b border-[#e1eef4] px-5 py-3 transition-colors hover:bg-[#eefaff]" data-astro-cid-nen7h5rs=""><span class="text-[12px] font-semibold text-[#07569b] hover:text-[#0757a2]" data-astro-cid-nen7h5rs="">Condensatori di potenza RF ad alta tensione</span><span class="mt-0.5 block text-[10px] text-[#64777c]" data-astro-cid-nen7h5rs="">13.56MHz / 27.12MHz</span></a><a href="/High_Voltage_Diode/" class="block border-b border-[#e1eef4] px-5 py-3 transition-colors hover:bg-[#eefaff]" data-astro-cid-nen7h5rs=""><span class="text-[12px] font-semibold text-[#07569b] hover:text-[#0757a2]" data-astro-cid-nen7h5rs="">Diodi raddrizzatori ad alta tensione</span><span class="mt-0.5 block text-[10px] text-[#64777c]" data-astro-cid-nen7h5rs="">1KVâ30KV · Guide di ricambio</span></a><a href="/products/High-Voltage-resistor-Flat-Style.html" class="block border-b border-[#e1eef4] px-5 py-3 transition-colors hover:bg-[#eefaff]" data-astro-cid-nen7h5rs=""><span class="text-[12px] font-semibold text-[#07569b] hover:text-[#0757a2]" data-astro-cid-nen7h5rs="">Resistenze ad alta tensione</span><span class="mt-0.5 block text-[10px] text-[#64777c]" data-astro-cid-nen7h5rs="">Stile piatto e tubolare</span></a><a href="/High_Voltage_High_Power_Resistors/" class="block border-b border-[#e1eef4] px-5 py-3 transition-colors hover:bg-[#eefaff]" data-astro-cid-nen7h5rs=""><span class="text-[12px] font-semibold text-[#07569b] hover:text-[#0757a2]" data-astro-cid-nen7h5rs="">Resistori ad alta potenza</span><span class="mt-0.5 block text-[10px] text-[#64777c]" data-astro-cid-nen7h5rs="">EBG / Ohmite / Nicrom alt</span></a><a href="/High_Energy_High_Power_Ceramic_Disc_Resistor/" class="block border-b border-[#e1eef4] px-5 py-3 transition-colors hover:bg-[#eefaff]" data-astro-cid-nen7h5rs=""><span class="text-[12px] font-semibold text-[#07569b] hover:text-[#0757a2]" data-astro-cid-nen7h5rs="">Resistori a disco ad alta energia</span><span class="mt-0.5 block text-[10px] text-[#64777c]" data-astro-cid-nen7h5rs="">Energia di picco HVR alternativa</span></a><a href="/High_Voltage_Resistors_Replacement_EBG_Ohmite/" class="block border-b border-[#e1eef4] px-5 py-3 transition-colors hover:bg-[#eefaff]" data-astro-cid-nen7h5rs=""><span class="text-[12px] font-semibold text-[#07569b] hover:text-[#0757a2]" data-astro-cid-nen7h5rs="">Sostituzione della resistenza ad alta tensione</span><span class="mt-0.5 block text-[10px] text-[#64777c]" data-astro-cid-nen7h5rs="">
5Ohmite / EBG / Caddock</span></a><a href="/Safety_Certified_Capacitors_AC_Capacitors/" class="block border-b border-[#e1eef4] px-5 py-3 transition-colors hover:bg-[#eefaff]" data-astro-cid-nen7h5rs=""><span class="text-[12px] font-semibold text-[#07569b] hover:text-[#0757a2]" data-astro-cid-nen7h5rs="">Condensatori CA con certificazione di sicurezza</span><span class="mt-0.5 block text-[10px] text-[#64777c]" data-astro-cid-nen7h5rs="">Certificazione IEC/UL</span></a><a href="/High_Voltage_Film_Capacitors/" class="block border-b border-[#e1eef4] px-5 py-3 transition-colors hover:bg-[#eefaff]" data-astro-cid-nen7h5rs=""><span class="text-[12px] font-semibold text-[#07569b] hover:text-[#0757a2]" data-astro-cid-nen7h5rs="">Condensatori a film ad alta tensione</span><span class="mt-0.5 block text-[10px] text-[#64777c]" data-astro-cid-nen7h5rs="">Film in polipropilene</span></a><a href="/High-Voltage-Capacitor-Various-Application/" class="block border-b border-[#e1eef4] px-5 py-3 transition-colors hover:bg-[#eefaff]" data-astro-cid-nen7h5rs=""><span class="text-[12px] font-semibold text-[#07569b] hover:text-[#0757a2]" data-astro-cid-nen7h5rs="">Applicazione caratteristica condensatore ad alta tensione</span><span class="mt-0.5 block text-[10px] text-[#64777c]" data-astro-cid-nen7h5rs="">Condensatori ad alta tensione specifici per l'applicazione</span></a><a href="/HV_Ceramic_Capacitor_Alternative/" class="block border-b border-[#e1eef4] px-5 py-3 transition-colors hover:bg-[#eefaff]" data-astro-cid-nen7h5rs=""><span class="text-[12px] font-semibold text-[#07569b] hover:text-[#0757a2]" data-astro-cid-nen7h5rs="">Guida di riferimento incrociato</span><span class="mt-0.5 block text-[10px] text-[#64777c]" data-astro-cid-nen7h5rs="">Murata / TDK / Vishay</span></a></div></div><div class="group relative flex items-center border-r border-[#e1eef4] first:border-l" data-astro-cid-nen7h5rs=""><a href="/equipment/" class="flex items-center gap-1 px-5 text-[13px] font-bold tracking-[.045em] text-[#07569b] uppercase transition-colors hover:bg-[#0757a2] hover:text-white xl:px-6" data-astro-cid-nen7h5rs="">IMPIANTI E ATTREZZATURE</a></div><div class="group relative flex items-center border-r border-[#e1eef4] first:border-l nav-dropdown-parent" data-astro-cid-nen7h5rs=""><a href="/Quality/" class="flex items-center gap-1 px-5 text-[13px] font-bold tracking-[.045em] text-[#07569b] uppercase transition-colors hover:bg-[#0757a2] hover:text-white xl:px-6" aria-haspopup="true" aria-expanded="false" data-astro-cid-nen7h5rs="">QUALITA'<svg class="h-3 w-3" fill="none" stroke="currentColor" viewBox="0 0 24 24" data-astro-cid-nen7h5rs=""><path stroke-linecap="round" stroke-linejoin="round" stroke-width="2" d="M19 9l-7 7-7-7" data-astro-cid-nen7h5rs=""></path></svg></a><div class="nav-dropdown absolute left-0 top-full z-50 min-w-[300px] border border-[#b9dce8] bg-white shadow-lg" data-astro-cid-nen7h5rs=""><a href="/Quality/capacitor_blog/list_33_1.html" class="block border-b border-[#e1eef4] px-5 py-3 transition-colors hover:bg-[#eefaff]" data-astro-cid-nen7h5rs=""><span class="text-[12px] font-semibold text-[#07569b] hover:text-[#0757a2]" data-astro-cid-nen7h5rs="">Capacitor Blog</span></a><a href="/Quality/HVC_Knowledge_Base/list_34_1.html" class="block border-b border-[#e1eef4] px-5 py-3 transition-colors hover:bg-[#eefaff]" data-astro-cid-nen7h5rs=""><span class="text-[12px] font-semibold text-[#07569b] hover:text-[#0757a2]" data-astro-cid-nen7h5rs="">base di conoscenza</span></a><a href="/Quality/HV_Application_White_Paper/list_35_1.html" class="block border-b border-[#e1eef4] px-5 py-3 transition-colors hover:bg-[#eefaff]" data-astro-cid-nen7h5rs=""><span class="text-[12px] font-semibold text-[#07569b] hover:text-[#0757a2]" data-astro-cid-nen7h5rs="">Ricerca applicativa ad alta tensione</span></a></div></div><div class="group relative flex items-center border-r border-[#e1eef4] first:border-l nav-dropdown-parent" data-astro-cid-nen7h5rs=""><a href="/solutions/" class="flex items-center gap-1 px-5 text-[13px] font-bold tracking-[.045em] text-[#07569b] uppercase transition-colors hover:bg-[#0757a2] hover:text-white xl:px-6" aria-haspopup="true" aria-expanded="false" data-astro-cid-nen7h5rs="">SOLUZIONI<svg class="h-3 w-3" fill="none" stroke="currentColor" viewBox="0 0 24 24" data-astro-cid-nen7h5rs=""><path stroke-linecap="round" stroke-linejoin="round" stroke-width="2" d="M19 9l-7 7-7-7" data-astro-cid-nen7h5rs=""></path></svg></a><div class="nav-dropdown absolute left-0 top-full z-50 min-w-[300px] border border-[#b9dce8] bg-white shadow-lg" data-astro-cid-nen7h5rs=""><a href="/solutions/medical-imaging.html" class="block border-b border-[#e1eef4] px-5 py-3 transition-colors hover:bg-[#eefaff]" data-astro-cid-nen7h5rs=""><span class="text-[12px] font-semibold text-[#07569b] hover:text-[#0757a2]" data-astro-cid-nen7h5rs="">Medical Imaging</span></a><a href="/solutions/pulsed-power.html" class="block border-b border-[#e1eef4] px-5 py-3 transition-colors hover:bg-[#eefaff]" data-astro-cid-nen7h5rs=""><span class="text-[12px] font-semibold text-[#07569b] hover:text-[#0757a2]" data-astro-cid-nen7h5rs="">Potenza pulsata</span></a><a href="/solutions/precision-inspection.html" class="block border-b border-[#e1eef4] px-5 py-3 transition-colors hover:bg-[#eefaff]" data-astro-cid-nen7h5rs=""><span class="text-[12px] font-semibold text-[#07569b] hover:text-[#0757a2]" data-astro-cid-nen7h5rs="">Ispezione di precisione</span></a><a href="/solutions/industrial-power.html" class="block border-b border-[#e1eef4] px-5 py-3 transition-colors hover:bg-[#eefaff]" data-astro-cid-nen7h5rs=""><span class="text-[12px] font-semibold text-[#07569b] hover:text-[#0757a2]" data-astro-cid-nen7h5rs="">Potenza industriale</span></a></div></div><div class="group relative flex items-center border-r border-[#e1eef4] first:border-l" data-astro-cid-nen7h5rs=""><a href="/news/" class="flex items-center gap-1 px-5 text-[13px] font-bold tracking-[.045em] text-[#07569b] uppercase transition-colors hover:bg-[#0757a2] hover:text-white xl:px-6" data-astro-cid-nen7h5rs="">NEWS</a></div><div class="group relative flex items-center border-r border-[#e1eef4] first:border-l" data-astro-cid-nen7h5rs=""><a href="/contact/" class="flex items-center gap-1 px-5 text-[13px] font-bold tracking-[.045em] text-[#07569b] uppercase transition-colors hover:bg-[#0757a2] hover:text-white xl:px-6" data-astro-cid-nen7h5rs="">CONTATTI</a></div><div class="ml-auto flex shrink-0 items-center pl-2 pr-1" data-astro-cid-nen7h5rs=""><form action="/search.html" method="get" class="flex items-center justify-end" data-astro-cid-nen7h5rs=""><input type="text" name="q" placeholder="Ricerca...Specifiche...PN." aria-label="Search the site" class="h-[32px] w-[170px] rounded-l border border-[#b9dce8] px-3 py-0 text-[13px] text-[#164e63] outline-none transition-all placeholder:text-[13px] placeholder:text-[#9db4bc] focus:w-[210px] focus:border-[#0757a2] xl:w-[185px] xl:focus:w-[230px]" data-astro-cid-nen7h5rs=""><button type="submit" aria-label="Search" class="flex h-[32px] w-[32px] shrink-0 items-center justify-center rounded-r bg-[#f6a600] text-white transition-colors hover:bg-[#e28f00]" data-astro-cid-nen7h5rs=""><svg class="h-3.5 w-3.5" fill="none" stroke="currentColor" viewBox="0 0 24 24" stroke-width="2" data-astro-cid-nen7h5rs=""><path stroke-linecap="round" stroke-linejoin="round" d="M21 21l-4.35-4.35M17 10.5a6.5 6.5 0 11-13 0 6.5 6.5 0 0113 0z" data-astro-cid-nen7h5rs=""></path></svg></button></form></div></div></nav><!-- ç§»å¨ç«¯èå --><div id="mobile-menu" class="hidden lg:hidden" data-astro-cid-nen7h5rs=""><div class="border-t border-[#d8edf6] bg-white" data-astro-cid-nen7h5rs=""><div class="px-4 py-4" data-astro-cid-nen7h5rs=""><form action="/search.html" method="get" class="flex" data-astro-cid-nen7h5rs=""><input type="text" name="q" placeholder="Ricerca...Specifiche...PN." aria-label="Search the site" class="h-[40px] flex-1 rounded-l border border-[#b9dce8] px-3 text-[14px] text-[#164e63] outline-none focus:border-[#0757a2]" data-astro-cid-nen7h5rs=""><button type="submit" aria-label="Search" class="flex h-[40px] w-[44px] items-center justify-center rounded-r bg-[#f6a600] text-white" data-astro-cid-nen7h5rs=""><svg class="h-4 w-4" fill="none" stroke="currentColor" viewBox="0 0 24 24" stroke-width="2" data-astro-cid-nen7h5rs=""><path stroke-linecap="round" stroke-linejoin="round" d="M21 21l-4.35-4.35M17 10.5a6.5 6.5 0 11-13 0 6.5 6.5 0 0113 0z" data-astro-cid-nen7h5rs=""></path></svg></button></form></div><nav aria-label="Mobile navigation" data-astro-cid-nen7h5rs=""><a href="/" class="block border-t border-[#e1eef4] px-4 py-3.5 text-[14px] font-bold uppercase tracking-[.04em] text-[#07569b]" data-astro-cid-nen7h5rs="">INIZIO</a><a href="/about/" class="block border-t border-[#e1eef4] px-4 py-3.5 text-[14px] font-bold uppercase tracking-[.04em] text-[#07569b]" data-astro-cid-nen7h5rs="">CHI SIAMO </a><div class="border-t border-[#e1eef4]" data-astro-cid-nen7h5rs=""><button type="button" class="mobile-nav-toggle flex w-full items-center justify-between px-4 py-3.5 text-left text-[14px] font-bold uppercase tracking-[.04em] text-[#07569b]" data-mobile-toggle="" data-astro-cid-nen7h5rs="">PRODOTTI<svg class="h-4 w-4 transition-transform" fill="none" stroke="currentColor" viewBox="0 0 24 24" data-astro-cid-nen7h5rs=""><path stroke-linecap="round" stroke-linejoin="round" stroke-width="2" d="M19 9l-7 7-7-7" data-astro-cid-nen7h5rs=""></path></svg></button><div class="mobile-submenu hidden bg-[#f4fafa]" data-astro-cid-nen7h5rs=""><a href="/products/" class="block border-t border-[#d8edf6] px-5 py-3 text-[13px] font-semibold text-[#0757a2]" data-astro-cid-nen7h5rs="">Panoramica dei PRODOTTI â</a><a href="/HV-Ceramic-Disc-Capacitor/" class="block border-t border-[#e6f1f6] px-5 py-3 text-[13px] text-[#07569b]" data-astro-cid-nen7h5rs=""><span class="block font-medium" data-astro-cid-nen7h5rs="">Condensatori a dischi ceramici HV</span><span class="mt-0.5 block text-[11px] text-[#64777c]" data-astro-cid-nen7h5rs="">2 kVâ50 kV · Cavo radiale</span></a><a href="/HV-Screw-Terminal-Capacitor/" class="block border-t border-[#e6f1f6] px-5 py-3 text-[13px] text-[#07569b]" data-astro-cid-nen7h5rs=""><span class="block font-medium" data-astro-cid-nen7h5rs="">Condensatori con terminali a vite ad alta tensione</span><span class="mt-0.5 block text-[11px] text-[#64777c]" data-astro-cid-nen7h5rs="">10KVâ150KV · Pomello della porta</span></a><a href="/products/H-F-RF-Power-Capacitor/" class="block border-t border-[#e6f1f6] px-5 py-3 text-[13px] text-[#07569b]" data-astro-cid-nen7h5rs=""><span class="block font-medium" data-astro-cid-nen7h5rs="">Condensatori di potenza RF ad alta tensione</span><span class="mt-0.5 block text-[11px] text-[#64777c]" data-astro-cid-nen7h5rs="">13.56MHz / 27.12MHz</span></a><a href="/High_Voltage_Diode/" class="block border-t border-[#e6f1f6] px-5 py-3 text-[13px] text-[#07569b]" data-astro-cid-nen7h5rs=""><span class="block font-medium" data-astro-cid-nen7h5rs="">Diodi raddrizzatori ad alta tensione</span><span class="mt-0.5 block text-[11px] text-[#64777c]" data-astro-cid-nen7h5rs="">1KVâ30KV · Guide di ricambio</span></a><a href="/products/High-Voltage-resistor-Flat-Style.html" class="block border-t border-[#e6f1f6] px-5 py-3 text-[13px] text-[#07569b]" data-astro-cid-nen7h5rs=""><span class="block font-medium" data-astro-cid-nen7h5rs="">Resistenze ad alta tensione</span><span class="mt-0.5 block text-[11px] text-[#64777c]" data-astro-cid-nen7h5rs="">Stile piatto e tubolare</span></a><a href="/High_Voltage_High_Power_Resistors/" class="block border-t border-[#e6f1f6] px-5 py-3 text-[13px] text-[#07569b]" data-astro-cid-nen7h5rs=""><span class="block font-medium" data-astro-cid-nen7h5rs="">Resistori ad alta potenza</span><span class="mt-0.5 block text-[11px] text-[#64777c]" data-astro-cid-nen7h5rs="">EBG / Ohmite / Nicrom alt</span></a><a href="/High_Energy_High_Power_Ceramic_Disc_Resistor/" class="block border-t border-[#e6f1f6] px-5 py-3 text-[13px] text-[#07569b]" data-astro-cid-nen7h5rs=""><span class="block font-medium" data-astro-cid-nen7h5rs="">Resistori a disco ad alta energia</span><span class="mt-0.5 block text-[11px] text-[#64777c]" data-astro-cid-nen7h5rs="">Energia di picco HVR alternativa</span></a><a href="/High_Voltage_Resistors_Replacement_EBG_Ohmite/" class="block border-t border-[#e6f1f6] px-5 py-3 text-[13px] text-[#07569b]" data-astro-cid-nen7h5rs=""><span class="block font-medium" data-astro-cid-nen7h5rs="">Sostituzione della resistenza ad alta tensione</span><span class="mt-0.5 block text-[11px] text-[#64777c]" data-astro-cid-nen7h5rs="">
5Ohmite / EBG / Caddock</span></a><a href="/Safety_Certified_Capacitors_AC_Capacitors/" class="block border-t border-[#e6f1f6] px-5 py-3 text-[13px] text-[#07569b]" data-astro-cid-nen7h5rs=""><span class="block font-medium" data-astro-cid-nen7h5rs="">Condensatori CA con certificazione di sicurezza</span><span class="mt-0.5 block text-[11px] text-[#64777c]" data-astro-cid-nen7h5rs="">Certificazione IEC/UL</span></a><a href="/High_Voltage_Film_Capacitors/" class="block border-t border-[#e6f1f6] px-5 py-3 text-[13px] text-[#07569b]" data-astro-cid-nen7h5rs=""><span class="block font-medium" data-astro-cid-nen7h5rs="">Condensatori a film ad alta tensione</span><span class="mt-0.5 block text-[11px] text-[#64777c]" data-astro-cid-nen7h5rs="">Film in polipropilene</span></a><a href="/High-Voltage-Capacitor-Various-Application/" class="block border-t border-[#e6f1f6] px-5 py-3 text-[13px] text-[#07569b]" data-astro-cid-nen7h5rs=""><span class="block font-medium" data-astro-cid-nen7h5rs="">Applicazione caratteristica condensatore ad alta tensione</span><span class="mt-0.5 block text-[11px] text-[#64777c]" data-astro-cid-nen7h5rs="">Condensatori ad alta tensione specifici per l'applicazione</span></a><a href="/HV_Ceramic_Capacitor_Alternative/" class="block border-t border-[#e6f1f6] px-5 py-3 text-[13px] text-[#07569b]" data-astro-cid-nen7h5rs=""><span class="block font-medium" data-astro-cid-nen7h5rs="">Guida di riferimento incrociato</span><span class="mt-0.5 block text-[11px] text-[#64777c]" data-astro-cid-nen7h5rs="">Murata / TDK / Vishay</span></a></div></div><a href="/equipment/" class="block border-t border-[#e1eef4] px-4 py-3.5 text-[14px] font-bold uppercase tracking-[.04em] text-[#07569b]" data-astro-cid-nen7h5rs="">IMPIANTI E ATTREZZATURE</a><div class="border-t border-[#e1eef4]" data-astro-cid-nen7h5rs=""><button type="button" class="mobile-nav-toggle flex w-full items-center justify-between px-4 py-3.5 text-left text-[14px] font-bold uppercase tracking-[.04em] text-[#07569b]" data-mobile-toggle="" data-astro-cid-nen7h5rs="">QUALITA'<svg class="h-4 w-4 transition-transform" fill="none" stroke="currentColor" viewBox="0 0 24 24" data-astro-cid-nen7h5rs=""><path stroke-linecap="round" stroke-linejoin="round" stroke-width="2" d="M19 9l-7 7-7-7" data-astro-cid-nen7h5rs=""></path></svg></button><div class="mobile-submenu hidden bg-[#f4fafa]" data-astro-cid-nen7h5rs=""><a href="/Quality/" class="block border-t border-[#d8edf6] px-5 py-3 text-[13px] font-semibold text-[#0757a2]" data-astro-cid-nen7h5rs="">Panoramica sulla QUALITÃ â</a><a href="/Quality/capacitor_blog/list_33_1.html" class="block border-t border-[#e6f1f6] px-5 py-3 text-[13px] text-[#07569b]" data-astro-cid-nen7h5rs=""><span class="block font-medium" data-astro-cid-nen7h5rs="">Capacitor Blog</span></a><a href="/Quality/HVC_Knowledge_Base/list_34_1.html" class="block border-t border-[#e6f1f6] px-5 py-3 text-[13px] text-[#07569b]" data-astro-cid-nen7h5rs=""><span class="block font-medium" data-astro-cid-nen7h5rs="">base di conoscenza</span></a><a href="/Quality/HV_Application_White_Paper/list_35_1.html" class="block border-t border-[#e6f1f6] px-5 py-3 text-[13px] text-[#07569b]" data-astro-cid-nen7h5rs=""><span class="block font-medium" data-astro-cid-nen7h5rs="">Ricerca applicativa ad alta tensione</span></a></div></div><div class="border-t border-[#e1eef4]" data-astro-cid-nen7h5rs=""><button type="button" class="mobile-nav-toggle flex w-full items-center justify-between px-4 py-3.5 text-left text-[14px] font-bold uppercase tracking-[.04em] text-[#07569b]" data-mobile-toggle="" data-astro-cid-nen7h5rs="">SOLUZIONI<svg class="h-4 w-4 transition-transform" fill="none" stroke="currentColor" viewBox="0 0 24 24" data-astro-cid-nen7h5rs=""><path stroke-linecap="round" stroke-linejoin="round" stroke-width="2" d="M19 9l-7 7-7-7" data-astro-cid-nen7h5rs=""></path></svg></button><div class="mobile-submenu hidden 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5</header><main data-astro-cid-h2odbl3b=""><!-- Featured Article --><section class="bg-[#071923] bg-gradient-to-br from-[#071923] via-[#0a2a3a] to-[#0d3d4f] py-16" data-astro-cid-h2odbl3b=""><div class="container-wide" data-astro-cid-h2odbl3b=""><div class="grid gap-8 lg:grid-cols-[1.2fr_0.8fr] lg:items-center" data-astro-cid-h2odbl3b=""><div data-astro-cid-h2odbl3b=""><div class="flex items-center gap-3 mb-4" data-astro-cid-h2odbl3b=""><span class="inline-block bg-[#f59e0b] px-3 py-1 text-[10px] font-bold tracking-[.12em] text-[#071923] uppercase" data-astro-cid-h2odbl3b="">In Evidenza</span><span class="text-[10px] font-bold tracking-[.12em] text-[#91cbd0] uppercase" data-astro-cid-h2odbl3b="">2026-10-02</span></div><h1 class="text-3xl font-bold leading-tight text-white sm:text-4xl lg:text-5xl" data-astro-cid-h2odbl3b=""><a href="/Quality/capacitor_blog/49974.html" class="hover:text-[#91cbd0] transition-colors" data-astro-cid-h2odbl3b="">Parassiti dei condensatori ad alta tensione nei circuiti di controllo della potenza dell'unità ESU.</a></h1><p class="mt-4 text-base leading-relaxed text-[#c4dfe1] line-clamp-3 hyphens-auto" data-astro-cid-h2odbl3b="">La resistenza equivalente in serie (ESR) e l'induttanza in serie (ESL) del condensatore richiedono un margine di fase di 5°-10° rispetto a un ciclo ESU a 400 kHz con crossover a 40 kHz. Mantenere l'ESL al di sotto di 5 nH e il coefficiente di scambio termico a ±30 ppm/°C, mantenere il crossover al di sotto di f_sw / 10 e verificare il margine all'avvio a freddo e a piena temperatura.</p><a href="/Quality/capacitor_blog/49974.html" class="mt-6 inline-flex items-center gap-2 bg-[#f59e0b] px-6 py-3 text-sm font-bold tracking-[.08em] text-[#071923] uppercase hover:bg-[#d97706] transition-colors" data-astro-cid-h2odbl3b="">Leggi articolo completo<svg class="h-4 w-4" fill="none" stroke="currentColor" viewBox="0 0 24 24" data-astro-cid-h2odbl3b=""><path stroke-linecap="round" stroke-linejoin="round" stroke-width="2" d="M17 8l4 4m0 0l-4 4m4-4H3" data-astro-cid-h2odbl3b=""></path></svg></a></div><div class="hidden lg:block" data-astro-cid-h2odbl3b=""><div class="relative bg-[#0e7490]/20 border border-[#214650] p-8" data-astro-cid-h2odbl3b=""><div class="absolute top-4 right-4 text-[10px] font-bold tracking-[.12em] text-[#91cbd0] uppercase" data-astro-cid-h2odbl3b="">
5HVC / Libreria tecnica</div><div class="space-y-4" data-astro-cid-h2odbl3b=""><div class="flex items-center gap-3 text-[#91cbd0]" data-astro-cid-h2odbl3b=""><svg class="h-5 w-5" fill="none" stroke="currentColor" viewBox="0 0 24 24" data-astro-cid-h2odbl3b=""><path stroke-linecap="round" stroke-linejoin="round" stroke-width="2" d="M9 12h6m-6 4h6m2 5H7a2 2 0 01-2-2V5a2 2 0 012-2h5.586a1 1 0 01.707.293l5.414 5.414a1 1 0 01.293.707V19a2 2 0 01-2 2z" data-astro-cid-h2odbl3b=""></path></svg><span class="text-sm font-bold" data-astro-cid-h2odbl3b="">706 articoli di ingegneria</span></div><div class="flex items-center gap-3 text-[#91cbd0]" data-astro-cid-h2odbl3b=""><svg class="h-5 w-5" fill="none" stroke="currentColor" viewBox="0 0 24 24" data-astro-cid-h2odbl3b=""><path stroke-linecap="round" stroke-linejoin="round" stroke-width="2" d="M19.428 15.428a2 2 0 00-1.022-.547l-2.387-.477a6 6 0 00-3.86.517l-.318.158a6 6 0 01-3.86.517L6.05 15.21a2 2 0 00-1.806.547M8 4h8l-1 1v5.172a2 2 0 00.586 1.414l5 5c1.26 1.26.367 3.414-1.415 3.414H4.828c-1.782 0-2.674-2.154-1.414-3.414l5-5A2 2 0 009 10.172V5L8 4z" data-astro-cid-h2odbl3b=""></path></svg><span class="text-sm font-bold" data-astro-cid-h2odbl3b="">Guide di riferimento incrociato</span></div><div class="flex items-center gap-3 text-[#91cbd0]" data-astro-cid-h2odbl3b=""><svg class="h-5 w-5" fill="none" stroke="currentColor" viewBox="0 0 24 24" data-astro-cid-h2odbl3b=""><path stroke-linecap="round" stroke-linejoin="round" stroke-width="2" d="M9 19v-6a2 2 0 00-2-2H5a2 2 0 00-2 2v6a2 2 0 002 2h2a2 2 0 002-2zm0 0V9a2 2 0 012-2h2a2 2 0 012 2v10m-6 0a2 2 0 002 2h2a2 2 0 002-2m0 0V5a2 2 0 012-2h2a2 2 0 012 2v14a2 2 0 01-2 2h-2a2 2 0 01-2-2z" data-astro-cid-h2odbl3b=""></path></svg><span class="text-sm font-bold" data-astro-cid-h2odbl3b="">Casi di studio applicativi</span></div></div></div></div></div></div></section><!-- Search Bar --><section class="bg-[#071923] py-6" data-astro-cid-h2odbl3b=""><div class="container-wide" data-astro-cid-h2odbl3b=""><div class="relative max-w-sm mx-auto" data-astro-cid-h2odbl3b=""><svg class="absolute left-4 top-1/2 -translate-y-1/2 h-5 w-5 text-[#91cbd0]" fill="none" stroke="currentColor" viewBox="0 0 24 24" data-astro-cid-h2odbl3b=""><path stroke-linecap="round" stroke-linejoin="round" stroke-width="2" d="M21 21l-6-6m2-5a7 7 0 11-14 0 7 7 0 0114 0z" data-astro-cid-h2odbl3b=""></path></svg><input type="text" id="search-input" placeholder="Cerca articoli... 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Impostare la parte REM a IR superiore a 50 GΩ a 25 °C e 5 GΩ a 85 °C, con 16 mm di distanza di isolamento e spazio libero.</p><div class="mt-5 flex items-center gap-2 text-[10px] font-bold tracking-[.1em] text-[#0757a2] uppercase group-hover:gap-3 transition-all" data-astro-cid-h2odbl3b=""><span data-astro-cid-h2odbl3b="">Leggi l'articolo</span><svg class="h-3 w-3" fill="none" stroke="currentColor" viewBox="0 0 24 24" data-astro-cid-h2odbl3b=""><path stroke-linecap="round" stroke-linejoin="round" stroke-width="2" d="M17 8l4 4m0 0l-4 4m4-4H3" data-astro-cid-h2odbl3b=""></path></svg></div></div></article><article class="article-card group relative overflow-hidden border border-[#b9dce8] bg-[#f4fafa] transition-all hover:shadow-lg hover:border-[#0757a2]" data-category="technical" data-astro-cid-h2odbl3b=""><div class="absolute top-0 right-0 z-10" data-astro-cid-h2odbl3b=""><span class="inline-block px-3 py-1 text-[9px] font-bold tracking-[.1em] text-white uppercase" style="background:#64777c" data-astro-cid-h2odbl3b="">Consulenza</span></div><div class="p-6" data-astro-cid-h2odbl3b=""><div class="flex items-center gap-3 text-[10px] font-bold tracking-[.12em] text-[#64777c] uppercase" data-astro-cid-h2odbl3b=""><span data-astro-cid-h2odbl3b="">2026-10-02</span></div><h3 class="mt-4 text-lg font-bold leading-tight text-[#07569b] group-hover:text-[#0757a2] transition-colors" data-astro-cid-h2odbl3b=""><a href="/Quality/capacitor_blog/49972.html" class="after:absolute after:inset-0" data-astro-cid-h2odbl3b="">Filtraggio EMI con condensatori ceramici ad alta tensione per la conformità alla norma ESU CISPR 11.</a></h3><p class="mt-3 text-sm text-[#526d79] line-clamp-3 leading-relaxed hyphens-auto" data-astro-cid-h2odbl3b="">Un'unità ESU da 300 kHz a 500 kHz non rispetta il limite CISPR 11 Classe B di 20-40 dB nell'intervallo da 150 kHz a 30 MHz. Questa guida illustra le sorgenti di rumore dovute all'arco e al fronte di commutazione, il filtro LC a due stadi che aggiunge 40-60 dB e le specifiche del componente N4700 che garantiscono un margine di 8-15 dB.</p><div class="mt-5 flex items-center gap-2 text-[10px] font-bold tracking-[.1em] text-[#0757a2] uppercase group-hover:gap-3 transition-all" data-astro-cid-h2odbl3b=""><span data-astro-cid-h2odbl3b="">Leggi l'articolo</span><svg class="h-3 w-3" fill="none" stroke="currentColor" viewBox="0 0 24 24" data-astro-cid-h2odbl3b=""><path stroke-linecap="round" stroke-linejoin="round" stroke-width="2" d="M17 8l4 4m0 0l-4 4m4-4H3" data-astro-cid-h2odbl3b=""></path></svg></div></div></article><article class="article-card group relative overflow-hidden border border-[#b9dce8] bg-[#f4fafa] transition-all hover:shadow-lg hover:border-[#0757a2]" data-category="technical" data-astro-cid-h2odbl3b=""><div class="absolute top-0 right-0 z-10" data-astro-cid-h2odbl3b=""><span class="inline-block px-3 py-1 text-[9px] font-bold tracking-[.1em] text-white uppercase" style="background:#64777c" data-astro-cid-h2odbl3b="">Consulenza</span></div><div class="p-6" data-astro-cid-h2odbl3b=""><div class="flex items-center gap-3 text-[10px] font-bold tracking-[.12em] text-[#64777c] uppercase" data-astro-cid-h2odbl3b=""><span data-astro-cid-h2odbl3b="">2026-10-02</span></div><h3 class="mt-4 text-lg font-bold leading-tight text-[#07569b] group-hover:text-[#0757a2] transition-colors" data-astro-cid-h2odbl3b=""><a href="/Quality/capacitor_blog/49971.html" class="after:absolute after:inset-0" data-astro-cid-h2odbl3b="">Selezione del condensatore di isolamento ad alta tensione per il monitoraggio dell'elettrodo di ritorno dell'unità ESU.</a></h3><p class="mt-3 text-sm text-[#526d79] line-clamp-3 leading-relaxed hyphens-auto" data-astro-cid-h2odbl3b="">Il degrado della parte di isolamento REM è la causa del 45.1% dei 1.247 casi di guasto registrati nelle unità di monitoraggio elettronico (ESU). Questa guida fornisce i gradi di resistenza di isolamento per un nodo di sicurezza del paziente, la deriva che sposta la soglia di contatto e il piano quinquennale per mantenere l'accuratezza del monitor.</p><div class="mt-5 flex items-center gap-2 text-[10px] font-bold tracking-[.1em] text-[#0757a2] uppercase group-hover:gap-3 transition-all" data-astro-cid-h2odbl3b=""><span data-astro-cid-h2odbl3b="">Leggi l'articolo</span><svg class="h-3 w-3" fill="none" stroke="currentColor" viewBox="0 0 24 24" data-astro-cid-h2odbl3b=""><path stroke-linecap="round" stroke-linejoin="round" stroke-width="2" d="M17 8l4 4m0 0l-4 4m4-4H3" data-astro-cid-h2odbl3b=""></path></svg></div></div></article><article class="article-card group relative overflow-hidden border border-[#b9dce8] bg-[#f4fafa] transition-all hover:shadow-lg hover:border-[#0757a2]" data-category="technical" data-astro-cid-h2odbl3b=""><div class="absolute top-0 right-0 z-10" data-astro-cid-h2odbl3b=""><span class="inline-block px-3 py-1 text-[9px] font-bold tracking-[.1em] text-white uppercase" style="background:#64777c" data-astro-cid-h2odbl3b="">Consulenza</span></div><div class="p-6" data-astro-cid-h2odbl3b=""><div class="flex items-center gap-3 text-[10px] font-bold tracking-[.12em] text-[#64777c] uppercase" data-astro-cid-h2odbl3b=""><span data-astro-cid-h2odbl3b="">2026-10-02</span></div><h3 class="mt-4 text-lg font-bold leading-tight text-[#07569b] group-hover:text-[#0757a2] transition-colors" data-astro-cid-h2odbl3b=""><a href="/Quality/capacitor_blog/49970.html" class="after:absolute after:inset-0" data-astro-cid-h2odbl3b="">Condensatori ad alta tensione per inverter ESU in SiC e GaN</a></h3><p class="mt-3 text-sm text-[#526d79] line-clamp-3 leading-relaxed hyphens-auto" data-astro-cid-h2odbl3b="">Gli interruttori SiC e GaN aumentano la velocità di salita del fronte ESU a 44 kV/µs e la frequenza di commutazione a 800 kHz, quindi l'aumento di temperatura della parte snubber passa da 12 °C a 58 °C con lo stesso carico di 300 W. Vengono trattati il ââmodello di perdita, la regola di dimensionamento della corrente di picco e sei passaggi che mantengono l'aumento di temperatura dell'involucro al di sotto di 40 K.</p><div class="mt-5 flex items-center gap-2 text-[10px] font-bold tracking-[.1em] text-[#0757a2] uppercase group-hover:gap-3 transition-all" data-astro-cid-h2odbl3b=""><span data-astro-cid-h2odbl3b="">Leggi l'articolo</span><svg class="h-3 w-3" fill="none" stroke="currentColor" viewBox="0 0 24 24" data-astro-cid-h2odbl3b=""><path stroke-linecap="round" stroke-linejoin="round" stroke-width="2" d="M17 8l4 4m0 0l-4 4m4-4H3" data-astro-cid-h2odbl3b=""></path></svg></div></div></article><article class="article-card group relative overflow-hidden border border-[#b9dce8] bg-[#f4fafa] transition-all hover:shadow-lg hover:border-[#0757a2]" data-category="technical" data-astro-cid-h2odbl3b=""><div class="absolute top-0 right-0 z-10" data-astro-cid-h2odbl3b=""><span class="inline-block px-3 py-1 text-[9px] font-bold tracking-[.1em] text-white uppercase" style="background:#64777c" data-astro-cid-h2odbl3b="">Consulenza</span></div><div class="p-6" data-astro-cid-h2odbl3b=""><div class="flex items-center gap-3 text-[10px] font-bold tracking-[.12em] text-[#64777c] uppercase" data-astro-cid-h2odbl3b=""><span data-astro-cid-h2odbl3b="">2026-10-02</span></div><h3 class="mt-4 text-lg font-bold leading-tight text-[#07569b] group-hover:text-[#0757a2] transition-colors" data-astro-cid-h2odbl3b=""><a href="/Quality/capacitor_blog/49969.html" class="after:absolute after:inset-0" data-astro-cid-h2odbl3b="">Metodo di previsione della durata di vita di Weibull per i condensatori ad alta tensione ESU</a></h3><p class="mt-3 text-sm text-[#526d79] line-clamp-3 leading-relaxed hyphens-auto" data-astro-cid-h2odbl3b="">Un modello di Arrhenius basato solo sulla temperatura sovrastima la durata utile dei componenti ESU di 2 o 3 volte. Un modello di Weibull con un esponente di tensione di 3.2, un esponente di frequenza di 1.8 e un'energia di attivazione di 0.85 e
5V, oltre al test HALT e al burn-in, riduce i costi su 10 anni del 78%.</p><div class="mt-5 flex items-center gap-2 text-[10px] font-bold tracking-[.1em] text-[#0757a2] uppercase group-hover:gap-3 transition-all" data-astro-cid-h2odbl3b=""><span data-astro-cid-h2odbl3b="">Leggi l'articolo</span><svg class="h-3 w-3" fill="none" stroke="currentColor" viewBox="0 0 24 24" data-astro-cid-h2odbl3b=""><path stroke-linecap="round" stroke-linejoin="round" stroke-width="2" d="M17 8l4 4m0 0l-4 4m4-4H3" data-astro-cid-h2odbl3b=""></path></svg></div></div></article><article class="article-card group relative overflow-hidden border border-[#b9dce8] bg-[#f4fafa] transition-all hover:shadow-lg hover:border-[#0757a2]" data-category="technical" data-astro-cid-h2odbl3b=""><div class="absolute top-0 right-0 z-10" data-astro-cid-h2odbl3b=""><span class="inline-block px-3 py-1 text-[9px] font-bold tracking-[.1em] text-white uppercase" style="background:#64777c" data-astro-cid-h2odbl3b="">Consulenza</span></div><div class="p-6" data-astro-cid-h2odbl3b=""><div class="flex items-center gap-3 text-[10px] font-bold tracking-[.12em] text-[#64777c] uppercase" data-astro-cid-h2odbl3b=""><span data-astro-cid-h2odbl3b="">2026-10-02</span></div><h3 class="mt-4 text-lg font-bold leading-tight text-[#07569b] group-hover:text-[#0757a2] transition-colors" data-astro-cid-h2odbl3b=""><a href="/Quality/capacitor_blog/49968.html" class="after:absolute after:inset-0" data-astro-cid-h2odbl3b="">Snubber RCD e morsetti TVS per la commutazione della modalità ESU</a></h3><p class="mt-3 text-sm text-[#526d79] line-clamp-3 leading-relaxed hyphens-auto" data-astro-cid-h2odbl3b="">Il passaggio alla modalità Coag innalza la tensione di uscita di un'unità ESU da 200 Vpp a 3000 Vpp in poche centinaia di nanosecondi, e l'energia del picco raggiunge 890 µJ con un rapporto di overshoot di 1.67. Un circuito di smorzamento RCD dimensionato da C_oss, una stringa TVS da 5 kV e un morsetto attivo da 50 ns riducono il rapporto a 1.12.</p><div class="mt-5 flex items-center gap-2 text-[10px] font-bold tracking-[.1em] text-[#0757a2] uppercase group-hover:gap-3 transition-all" data-astro-cid-h2odbl3b=""><span data-astro-cid-h2odbl3b="">Leggi l'articolo</span><svg class="h-3 w-3" fill="none" stroke="currentColor" viewBox="0 0 24 24" data-astro-cid-h2odbl3b=""><path stroke-linecap="round" stroke-linejoin="round" stroke-width="2" d="M17 8l4 4m0 0l-4 4m4-4H3" data-astro-cid-h2odbl3b=""></path></svg></div></div></article><article class="article-card group relative overflow-hidden border border-[#b9dce8] bg-[#f4fafa] transition-all hover:shadow-lg hover:border-[#0757a2]" data-category="medical" data-astro-cid-h2odbl3b=""><div class="absolute top-0 right-0 z-10" data-astro-cid-h2odbl3b=""><span class="inline-block px-3 py-1 text-[9px] font-bold tracking-[.1em] text-white uppercase" style="background:#dc2626" data-astro-cid-h2odbl3b="">Medicale</span></div><div class="p-6" data-astro-cid-h2odbl3b=""><div class="flex items-center gap-3 text-[10px] font-bold tracking-[.12em] text-[#64777c] uppercase" data-astro-cid-h2odbl3b=""><span data-astro-cid-h2odbl3b="">2026-10-02</span></div><h3 class="mt-4 text-lg font-bold leading-tight text-[#07569b] group-hover:text-[#0757a2] transition-colors" data-astro-cid-h2odbl3b=""><a href="/Quality/capacitor_blog/49967.html" class="after:absolute after:inset-0" data-astro-cid-h2odbl3b="">Progettazione di condensatori risonanti integrati per trasformatori ESU compatti</a></h3><p class="mt-3 text-sm text-[#526d79] line-clamp-3 leading-relaxed hyphens-auto" data-astro-cid-h2odbl3b="">Un trasformatore di uscita ESU standard pesa 800-1500 g e rappresenta il 25-35% del peso del sistema. L'inserimento di un condensatore a bassa ESL nello spazio tra i nuclei riduce la corrente di dispersione primaria del 63%, aumenta il coefficiente di accoppiamento da 0.89 a 0.96 e porta l'efficienza di 400 W al 94.7% nel 64% del volume.</p><div class="mt-5 flex items-center gap-2 text-[10px] font-bold tracking-[.1em] text-[#0757a2] uppercase group-hover:gap-3 transition-all" data-astro-cid-h2odbl3b=""><span data-astro-cid-h2odbl3b="">Leggi l'articolo</span><svg class="h-3 w-3" fill="none" stroke="currentColor" viewBox="0 0 24 24" data-astro-cid-h2odbl3b=""><path stroke-linecap="round" stroke-linejoin="round" stroke-width="2" d="M17 8l4 4m0 0l-4 4m4-4H3" data-astro-cid-h2odbl3b=""></path></svg></div></div></article><article class="article-card group relative overflow-hidden border border-[#b9dce8] bg-[#f4fafa] transition-all hover:shadow-lg hover:border-[#0757a2]" data-category="technical" data-astro-cid-h2odbl3b=""><div class="absolute top-0 right-0 z-10" data-astro-cid-h2odbl3b=""><span class="inline-block px-3 py-1 text-[9px] font-bold tracking-[.1em] text-white uppercase" style="background:#64777c" data-astro-cid-h2odbl3b="">Consulenza</span></div><div class="p-6" data-astro-cid-h2odbl3b=""><div class="flex items-center gap-3 text-[10px] font-bold tracking-[.12em] text-[#64777c] uppercase" data-astro-cid-h2odbl3b=""><span data-astro-cid-h2odbl3b="">2026-10-02</span></div><h3 class="mt-4 text-lg font-bold leading-tight text-[#07569b] group-hover:text-[#0757a2] transition-colors" data-astro-cid-h2odbl3b=""><a href="/Quality/capacitor_blog/49966.html" class="after:absolute after:inset-0" data-astro-cid-h2odbl3b="">Condensatori a pomello N4700 per l'adattamento PFN del modulatore LINAC</a></h3><p class="mt-3 text-sm text-[#526d79] line-clamp-3 leading-relaxed hyphens-auto" data-astro-cid-h2odbl3b="">Un modulatore PFN per LINAC deve mantenere il suo punto di risonanza nell'intervallo di energia da 4 a 25 MeV. Un aumento di 10 °C lo sposta dello 0.015% con un componente N4700 e del 7.5% con un componente X7R. Un dielettrico di Classe I con una tolleranza di ±30 ppm/°C e ±2% mantiene la parte piatta dell'impulso entro l'1% e la dose rate entro ±0.5%.</p><div class="mt-5 flex items-center gap-2 text-[10px] font-bold tracking-[.1em] text-[#0757a2] uppercase group-hover:gap-3 transition-all" data-astro-cid-h2odbl3b=""><span data-astro-cid-h2odbl3b="">Leggi l'articolo</span><svg class="h-3 w-3" fill="none" stroke="currentColor" viewBox="0 0 24 24" data-astro-cid-h2odbl3b=""><path stroke-linecap="round" stroke-linejoin="round" stroke-width="2" d="M17 8l4 4m0 0l-4 4m4-4H3" data-astro-cid-h2odbl3b=""></path></svg></div></div></article><article class="article-card group relative overflow-hidden border border-[#b9dce8] bg-[#f4fafa] transition-all hover:shadow-lg hover:border-[#0757a2]" data-category="technical" data-astro-cid-h2odbl3b=""><div class="absolute top-0 right-0 z-10" data-astro-cid-h2odbl3b=""><span class="inline-block px-3 py-1 text-[9px] font-bold tracking-[.1em] text-white uppercase" style="background:#64777c" data-astro-cid-h2odbl3b="">Consulenza</span></div><div class="p-6" data-astro-cid-h2odbl3b=""><div class="flex items-center gap-3 text-[10px] font-bold tracking-[.12em] text-[#64777c] uppercase" data-astro-cid-h2odbl3b=""><span data-astro-cid-h2odbl3b="">2026-10-02</span></div><h3 class="mt-4 text-lg font-bold leading-tight text-[#07569b] group-hover:text-[#0757a2] transition-colors" data-astro-cid-h2odbl3b=""><a href="/Quality/capacitor_blog/49965.html" class="after:absolute after:inset-0" data-astro-cid-h2odbl3b="">Condensatori N4700 e X7R per servizio LINAC PFN</a></h3><p class="mt-3 text-sm text-[#526d79] line-clamp-3 leading-relaxed hyphens-auto" data-astro-cid-h2odbl3b="">A LINAC puts six jobs on one capacitor family. Scoring Class I and Class II parts against each position, Class I reaches 9.45 against 6.05 for X7R. HALT data at 1.5 times the rated voltage and 125 °C gave no failures in 1000 h, and a Weibull fit gives a 16-year B10 life.</p><div class="mt-5 flex items-center gap-2 text-[10px] font-bold tracking-[.1em] text-[#0757a2] uppercase group-hover:gap-3 transition-all" data-astro-cid-h2odbl3b=""><span data-astro-cid-h2odbl3b="">Leggi l'articolo</span><svg class="h-3 w-3" fill="none" stroke="currentColor" viewBox="0 0 24 24" data-astro-cid-h2odbl3b=""><path stroke-linecap="round" stroke-linejoin="round" stroke-width="2" d="M17 8l4 4m0 0l-4 4m4-4H3" data-astro-cid-h2odbl3b=""></path></svg></div></div></article><article class="article-card group relative overflow-hidden border border-[#b9dce8] bg-[#f4fafa] transition-all hover:shadow-lg hover:border-[#0757a2]" data-category="resistors" data-astro-cid-h2odbl3b=""><div class="absolute top-0 right-0 z-10" data-astro-cid-h2odbl3b=""><span class="inline-block px-3 py-1 text-[9px] font-bold tracking-[.1em] text-white uppercase" style="background:#ea580c" data-astro-cid-h2odbl3b="">Resistenze</span></div><div class="p-6" data-astro-cid-h2odbl3b=""><div class="flex items-center gap-3 text-[10px] font-bold tracking-[.12em] text-[#64777c] uppercase" data-astro-cid-h2odbl3b=""><span data-astro-cid-h2odbl3b="">2026-10-01</span></div><h3 class="mt-4 text-lg font-bold leading-tight text-[#07569b] group-hover:text-[#0757a2] transition-colors" data-astro-cid-h2odbl3b=""><a href="/Quality/capacitor_blog/49964.html" class="after:absolute after:inset-0" data-astro-cid-h2odbl3b="">Dimensionamento del condensatore e della resistenza di snubber RC per inverter ESU</a></h3><p class="mt-3 text-sm text-[#526d79] line-clamp-3 leading-relaxed hyphens-auto" data-astro-cid-h2odbl3b="">Impostare un condensatore di snubber ESU a 3 x C_oss e la resistenza di smorzamento a 2z x sqrt(L/C) con un rapporto di 0.7. Per un inverter a 300 kHz con un'induttanza parassita di 18 nH e C_oss di 120 pF, si ottengono 360 pF e 10.7 ohm, e il picco di spegnimento scende da 420 V a 180 V.</p><div class="mt-5 flex items-center gap-2 text-[10px] font-bold tracking-[.1em] text-[#0757a2] uppercase group-hover:gap-3 transition-all" data-astro-cid-h2odbl3b=""><span data-astro-cid-h2odbl3b="">Leggi l'articolo</span><svg class="h-3 w-3" fill="none" stroke="currentColor" viewBox="0 0 24 24" data-astro-cid-h2odbl3b=""><path stroke-linecap="round" stroke-linejoin="round" stroke-width="2" d="M17 8l4 4m0 0l-4 4m4-4H3" data-astro-cid-h2odbl3b=""></path></svg></div></div></article><article class="article-card group relative overflow-hidden border border-[#b9dce8] bg-[#f4fafa] transition-all hover:shadow-lg hover:border-[#0757a2]" data-category="technical" data-astro-cid-h2odbl3b=""><div class="absolute top-0 right-0 z-10" data-astro-cid-h2odbl3b=""><span class="inline-block px-3 py-1 text-[9px] font-bold tracking-[.1em] text-white uppercase" style="background:#64777c" data-astro-cid-h2odbl3b="">Consulenza</span></div><div class="p-6" data-astro-cid-h2odbl3b=""><div class="flex items-center gap-3 text-[10px] font-bold tracking-[.12em] text-[#64777c] uppercase" data-astro-cid-h2odbl3b=""><span data-astro-cid-h2odbl3b="">2026-10-01</span></div><h3 class="mt-4 text-lg font-bold leading-tight text-[#07569b] group-hover:text-[#0757a2] transition-colors" data-astro-cid-h2odbl3b=""><a href="/Quality/capacitor_blog/49963.html" class="after:absolute after:inset-0" data-astro-cid-h2odbl3b="">Selezione del condensatore di snubber ESU per inverter chirurgici ad alta frequenza</a></h3><p class="mt-3 text-sm text-[#526d79] line-clamp-3 leading-relaxed hyphens-auto" data-astro-cid-h2odbl3b="">Dimensionare un soppressore di sovratensione ESU a 3 x C_oss con un rapporto di smorzamento di 0.7, quindi separare la zona del soppressore dalla zona di isolamento del paziente di 30 mm. Mantenere la corrente di dispersione ad alta frequenza al di sotto di 100 μA a 450 kHz. Un'unità da 400 W è passata da un tasso di superamento al primo passaggio EMC del 60% al 93% dopo la riprogettazione.</p><div class="mt-5 flex items-center gap-2 text-[10px] font-bold tracking-[.1em] text-[#0757a2] uppercase group-hover:gap-3 transition-all" data-astro-cid-h2odbl3b=""><span data-astro-cid-h2odbl3b="">Leggi l'articolo</span><svg class="h-3 w-3" fill="none" stroke="currentColor" viewBox="0 0 24 24" data-astro-cid-h2odbl3b=""><path stroke-linecap="round" stroke-linejoin="round" stroke-width="2" d="M17 8l4 4m0 0l-4 4m4-4H3" data-astro-cid-h2odbl3b=""></path></svg></div></div></article><article class="article-card group relative overflow-hidden border border-[#b9dce8] bg-[#f4fafa] transition-all hover:shadow-lg hover:border-[#0757a2]" data-category="technical" data-astro-cid-h2odbl3b=""><div class="absolute top-0 right-0 z-10" data-astro-cid-h2odbl3b=""><span class="inline-block px-3 py-1 text-[9px] font-bold tracking-[.1em] text-white uppercase" style="background:#64777c" data-astro-cid-h2odbl3b="">Consulenza</span></div><div class="p-6" data-astro-cid-h2odbl3b=""><div class="flex items-center gap-3 text-[10px] font-bold tracking-[.12em] text-[#64777c] uppercase" data-astro-cid-h2odbl3b=""><span data-astro-cid-h2odbl3b="">2026-10-01</span></div><h3 class="mt-4 text-lg font-bold leading-tight text-[#07569b] group-hover:text-[#0757a2] transition-colors" data-astro-cid-h2odbl3b=""><a href="/Quality/capacitor_blog/49962.html" class="after:absolute after:inset-0" data-astro-cid-h2odbl3b="">Selezione del condensatore di snubber RCD per morsetti inverter ESU</a></h3><p class="mt-3 text-sm text-[#526d79] line-clamp-3 leading-relaxed hyphens-auto" data-astro-cid-h2odbl3b="">Dimensionare il condensatore di blocco RCD con la formula C_s = 2 x E_L / (V_clamp^2 - V_dc^2) e mantenere il valore di blocco tra 0.75 e 0.8 della corrente nominale dell'interruttore. Per un ESU da 400 kHz e 400 W con un'induttanza parassita di 220 nH, un componente da 1 nF con una resistenza da 22 ohm e un diodo da 75 ns riduce il picco da 1.25 kV a 780 V.</p><div class="mt-5 flex items-center gap-2 text-[10px] font-bold tracking-[.1em] text-[#0757a2] uppercase group-hover:gap-3 transition-all" data-astro-cid-h2odbl3b=""><span data-astro-cid-h2odbl3b="">Leggi l'articolo</span><svg class="h-3 w-3" fill="none" stroke="currentColor" viewBox="0 0 24 24" data-astro-cid-h2odbl3b=""><path stroke-linecap="round" stroke-linejoin="round" stroke-width="2" d="M17 8l4 4m0 0l-4 4m4-4H3" data-astro-cid-h2odbl3b=""></path></svg></div></div></article><article class="article-card group relative overflow-hidden border border-[#b9dce8] bg-[#f4fafa] transition-all hover:shadow-lg hover:border-[#0757a2]" data-category="technical" data-astro-cid-h2odbl3b=""><div class="absolute top-0 right-0 z-10" data-astro-cid-h2odbl3b=""><span class="inline-block px-3 py-1 text-[9px] font-bold tracking-[.1em] text-white uppercase" style="background:#64777c" data-astro-cid-h2odbl3b="">Consulenza</span></div><div class="p-6" data-astro-cid-h2odbl3b=""><div class="flex items-center gap-3 text-[10px] font-bold tracking-[.12em] text-[#64777c] uppercase" data-astro-cid-h2odbl3b=""><span data-astro-cid-h2odbl3b="">2026-10-01</span></div><h3 class="mt-4 text-lg font-bold leading-tight text-[#07569b] group-hover:text-[#0757a2] transition-colors" data-astro-cid-h2odbl3b=""><a href="/Quality/capacitor_blog/49961.html" class="after:absolute after:inset-0" data-astro-cid-h2odbl3b="">Perdita di ESR e riscaldamento del condensatore di filtro per gli stadi di potenza ESU</a></h3><p class="mt-3 text-sm text-[#526d79] line-clamp-3 leading-relaxed hyphens-auto" data-astro-cid-h2odbl3b="">Calcolare la perdita del condensatore del filtro ESU come I_rms^2 x ESR alla velocità di lavoro, quindi l'aumento di temperatura come P_loss x theta_JA. Su un'unità di taglio da 400 W con un ripple di 1.8 A, un componente di Classe II funziona a 78 °C a 45 mOhm mentre un componente di Classe I funziona a 38 °C a 4 mOhm. Mantenere la temperatura dell'involucro al di sotto dell'80% della temperatura nominale.</p><div class="mt-5 flex items-center gap-2 text-[10px] font-bold tracking-[.1em] text-[#0757a2] uppercase group-hover:gap-3 transition-all" data-astro-cid-h2odbl3b=""><span data-astro-cid-h2odbl3b="">Leggi l'articolo</span><svg class="h-3 w-3" fill="none" stroke="currentColor" viewBox="0 0 24 24" data-astro-cid-h2odbl3b=""><path stroke-linecap="round" stroke-linejoin="round" stroke-width="2" d="M17 8l4 4m0 0l-4 4m4-4H3" data-astro-cid-h2odbl3b=""></path></svg></div></div></article><article class="article-card group relative overflow-hidden border border-[#b9dce8] bg-[#f4fafa] transition-all hover:shadow-lg hover:border-[#0757a2]" data-category="technical" data-astro-cid-h2odbl3b=""><div class="absolute top-0 right-0 z-10" data-astro-cid-h2odbl3b=""><span class
5="inline-block px-3 py-1 text-[9px] font-bold tracking-[.1em] text-white uppercase" style="background:#64777c" data-astro-cid-h2odbl3b="">Consulenza</span></div><div class="p-6" data-astro-cid-h2odbl3b=""><div class="flex items-center gap-3 text-[10px] font-bold tracking-[.12em] text-[#64777c] uppercase" data-astro-cid-h2odbl3b=""><span data-astro-cid-h2odbl3b="">2026-10-01</span></div><h3 class="mt-4 text-lg font-bold leading-tight text-[#07569b] group-hover:text-[#0757a2] transition-colors" data-astro-cid-h2odbl3b=""><a href="/Quality/capacitor_blog/49960.html" class="after:absolute after:inset-0" data-astro-cid-h2odbl3b="">Cause dell'autoriscaldamento dei condensatori ESU e soluzioni di progettazione termica</a></h3><p class="mt-3 text-sm text-[#526d79] line-clamp-3 leading-relaxed hyphens-auto" data-astro-cid-h2odbl3b="">Calore dell'involucro nei componenti ad alta tensione ESU: come la resistenza serie equivalente (ESR) alla frequenza di commutazione, le armoniche della corrente di ripple, la frequenza di auto-risonanza e i parametri parassiti di montaggio determinano l'aumento di temperatura, con cinque fasi di progettazione, una tabella dei parametri a 7 righe e dati N4700 Classe I per cicli a 300-500 kHz.</p><div class="mt-5 flex items-center gap-2 text-[10px] font-bold tracking-[.1em] text-[#0757a2] uppercase group-hover:gap-3 transition-all" data-astro-cid-h2odbl3b=""><span data-astro-cid-h2odbl3b="">Leggi l'articolo</span><svg class="h-3 w-3" fill="none" stroke="currentColor" viewBox="0 0 24 24" data-astro-cid-h2odbl3b=""><path stroke-linecap="round" stroke-linejoin="round" stroke-width="2" d="M17 8l4 4m0 0l-4 4m4-4H3" data-astro-cid-h2odbl3b=""></path></svg></div></div></article><article class="article-card group relative overflow-hidden border border-[#b9dce8] bg-[#f4fafa] transition-all hover:shadow-lg hover:border-[#0757a2]" data-category="technical" data-astro-cid-h2odbl3b=""><div class="absolute top-0 right-0 z-10" data-astro-cid-h2odbl3b=""><span class="inline-block px-3 py-1 text-[9px] font-bold tracking-[.1em] text-white uppercase" style="background:#64777c" data-astro-cid-h2odbl3b="">Consulenza</span></div><div class="p-6" data-astro-cid-h2odbl3b=""><div class="flex items-center gap-3 text-[10px] font-bold tracking-[.12em] text-[#64777c] uppercase" data-astro-cid-h2odbl3b=""><span data-astro-cid-h2odbl3b="">2026-10-01</span></div><h3 class="mt-4 text-lg font-bold leading-tight text-[#07569b] group-hover:text-[#0757a2] transition-colors" data-astro-cid-h2odbl3b=""><a href="/Quality/capacitor_blog/49959.html" class="after:absolute after:inset-0" data-astro-cid-h2odbl3b="">Come ridurre le perdite dielettriche nei condensatori ESU</a></h3><p class="mt-3 text-sm text-[#526d79] line-clamp-3 leading-relaxed hyphens-auto" data-astro-cid-h2odbl3b="">Le ceramiche di classe I riducono le perdite dielettriche da 25 a 50 volte nei percorsi di filtro, circuito risonante e snubber ESU. Misura di tan δ da 25 °C a 125 °C per NPO, N4700, X7R e Y5U, equazioni di perdita, quattro trappole di selezione, sei fasi di progettazione e regole di declassamento per stadi da 300-500 kHz.</p><div class="mt-5 flex items-center gap-2 text-[10px] font-bold tracking-[.1em] text-[#0757a2] uppercase group-hover:gap-3 transition-all" data-astro-cid-h2odbl3b=""><span data-astro-cid-h2odbl3b="">Leggi l'articolo</span><svg class="h-3 w-3" fill="none" stroke="currentColor" viewBox="0 0 24 24" data-astro-cid-h2odbl3b=""><path stroke-linecap="round" stroke-linejoin="round" stroke-width="2" d="M17 8l4 4m0 0l-4 4m4-4H3" data-astro-cid-h2odbl3b=""></path></svg></div></div></article><article class="article-card group relative overflow-hidden border border-[#b9dce8] bg-[#f4fafa] transition-all hover:shadow-lg hover:border-[#0757a2]" data-category="technical" data-astro-cid-h2odbl3b=""><div class="absolute top-0 right-0 z-10" data-astro-cid-h2odbl3b=""><span class="inline-block px-3 py-1 text-[9px] font-bold tracking-[.1em] text-white uppercase" style="background:#64777c" data-astro-cid-h2odbl3b="">Consulenza</span></div><div class="p-6" data-astro-cid-h2odbl3b=""><div class="flex items-center gap-3 text-[10px] font-bold tracking-[.12em] text-[#64777c] uppercase" data-astro-cid-h2odbl3b=""><span data-astro-cid-h2odbl3b="">2026-10-01</span></div><h3 class="mt-4 text-lg font-bold leading-tight text-[#07569b] group-hover:text-[#0757a2] transition-colors" data-astro-cid-h2odbl3b=""><a href="/Quality/capacitor_blog/49958.html" class="after:absolute after:inset-0" data-astro-cid-h2odbl3b="">Progettazione termica del circuito di snubber con simulazione CAE per inverter ESU.</a></h3><p class="mt-3 text-sm text-[#526d79] line-clamp-3 leading-relaxed hyphens-auto" data-astro-cid-h2odbl3b="">Un flusso di lavoro SPICE-FEM per la progettazione termica di un circuito di smorzamento ESU. Equazioni di perdita, un metodo di mappatura termica 3D e quattro azioni coordinate hanno permesso di portare un prototipo da 300 W da 105 °C a 78 °C di picco, aumentare l'MTBF da 45,000 ore a 120,000 ore e migliorare le interferenze elettromagnetiche (EMI) di 8 dB.</p><div class="mt-5 flex items-center gap-2 text-[10px] font-bold tracking-[.1em] text-[#0757a2] uppercase group-hover:gap-3 transition-all" data-astro-cid-h2odbl3b=""><span data-astro-cid-h2odbl3b="">Leggi l'articolo</span><svg class="h-3 w-3" fill="none" stroke="currentColor" viewBox="0 0 24 24" data-astro-cid-h2odbl3b=""><path stroke-linecap="round" stroke-linejoin="round" stroke-width="2" d="M17 8l4 4m0 0l-4 4m4-4H3" data-astro-cid-h2odbl3b=""></path></svg></div></div></article><article class="article-card group relative overflow-hidden border border-[#b9dce8] bg-[#f4fafa] transition-all hover:shadow-lg hover:border-[#0757a2]" data-category="technical" data-astro-cid-h2odbl3b=""><div class="absolute top-0 right-0 z-10" data-astro-cid-h2odbl3b=""><span class="inline-block px-3 py-1 text-[9px] font-bold tracking-[.1em] text-white uppercase" style="background:#64777c" data-astro-cid-h2odbl3b="">Consulenza</span></div><div class="p-6" data-astro-cid-h2odbl3b=""><div class="flex items-center gap-3 text-[10px] font-bold tracking-[.12em] text-[#64777c] uppercase" data-astro-cid-h2odbl3b=""><span data-astro-cid-h2odbl3b="">2026-10-01</span></div><h3 class="mt-4 text-lg font-bold leading-tight text-[#07569b] group-hover:text-[#0757a2] transition-colors" data-astro-cid-h2odbl3b="">
5<a href="/Quality/capacitor_blog/49957.html" class="after:absolute after:inset-0" data-astro-cid-h2odbl3b="">Topologia dell'inverter risonante e selezione del condensatore ad alta tensione per ESU</a></h3><p class="mt-3 text-sm text-[#526d79] line-clamp-3 leading-relaxed hyphens-auto" data-astro-cid-h2odbl3b="">SRC, PRC, LLC e Classe E confrontati su dati misurati a 400 kHz per gli stadi di uscita ESU. Equazioni del circuito risonante, valori target di Q e tan δ, picco di 3 kV su un bus a 400 V, margini di tensione e di adattamento e regole sui condensatori che mantengono la THD al 2.1% e un'efficienza superiore al 94%.</p><div class="mt-5 flex items-center gap-2 text-[10px] font-bold tracking-[.1em] text-[#0757a2] uppercase group-hover:gap-3 transition-all" data-astro-cid-h2odbl3b=""><span data-astro-cid-h2odbl3b="">Leggi l'articolo</span><svg class="h-3 w-3" fill="none" stroke="currentColor" viewBox="0 0 24 24" data-astro-cid-h2odbl3b=""><path stroke-linecap="round" stroke-linejoin="round" stroke-width="2" d="M17 8l4 4m0 0l-4 4m4-4H3" data-astro-cid-h2odbl3b=""></path></svg></div></div></article><article class="article-card group relative overflow-hidden border border-[#b9dce8] bg-[#f4fafa] transition-all hover:shadow-lg hover:border-[#0757a2]" data-category="technical" data-astro-cid-h2odbl3b=""><div class="absolute top-0 right-0 z-10" data-astro-cid-h2odbl3b=""><span class="inline-block px-3 py-1 text-[9px] font-bold tracking-[.1em] text-white uppercase" style="background:#64777c" data-astro-cid-h2odbl3b="">Consulenza</span></div><div class="p-6" data-astro-cid-h2odbl3b=""><div class="flex items-center gap-3 text-[10px] font-bold tracking-[.12em] text-[#64777c] uppercase" data-astro-cid-h2odbl3b=""><span data-astro-cid-h2odbl3b="">2026-10-01</span></div><h3 class="mt-4 text-lg font-bold leading-tight text-[#07569b] group-hover:text-[#0757a2] transition-colors" data-astro-cid-h2odbl3b=""><a href="/Quality/capacitor_blog/49956.html" class="after:absolute after:inset-0" data-astro-cid-h2odbl3b="">Condensatori ad alta tensione per reti di adattamento di uscita ESU a 400 kHz</a></h3><p class="mt-3 text-sm text-[#526d79] line-clamp-3 leading-relaxed hyphens-auto" data-astro-cid-h2odbl3b="">L'impedenza tissutale nell'elettrochirurgia oscilla da 100 Ω a 2 kΩ all'interno di un singolo caso, trasformando un adattamento fisso di 300 Ω in una potenza riflessa pari al 40%. Impostare la parte di adattamento a tan δ inferiore allo 0.15% a 400 kHz, ESL inferiore a 5 nH e una tensione nominale CC di 15 kV per un picco di 3.1 kV, quindi aggiungere una batteria di relè a 4 stadi.</p><div class="mt-5 flex items-center gap-2 text-[10px] font-bold tracking-[.1em] text-[#0757a2] uppercase group-hover:gap-3 transition-all" data-astro-cid-h2odbl3b=""><span data-astro-cid-h2odbl3b="">Leggi l'articolo</span><svg class="h-3 w-3" fill="none" stroke="currentColor" viewBox="0 0 24 24" data-astro-cid-h2odbl3b=""><path stroke-linecap="round" stroke-linejoin="round" stroke-width="2" d="M17 8l4 4m0 0l-4 4m4-4H3" data-astro-cid-h2odbl3b=""></path></svg></div></div></article><article class="article-card group relative overflow-hidden border border-[#b9dce8] bg-[#f4fafa] transition-all hover:shadow-lg hover:border-[#0757a2]" data-category="technical" data-astro-cid-h2odbl3b=""><div class="absolute top-0 right-0 z-10" data-astro-cid-h2odbl3b=""><span class="inline-block px-3 py-1 text-[9px] font-bold tracking-[.1em] text-white uppercase" style="background:#64777c" data-astro-cid-h2odbl3b="">Consulenza</span></div><div class="p-6" data-astro-cid-h2odbl3b=""><div class="flex items-center gap-3 text-[10px] font-bold tracking-[.12em] text-[#64777c] uppercase" data-astro-cid-h2odbl3b=""><span data-astro-cid-h2odbl3b="">2026-10-01</span></div><h3 class="mt-4 text-lg font-bold leading-tight text-[#07569b] group-hover:text-[#0757a2] transition-colors" data-astro-cid-h2odbl3b=""><a href="/Quality/capacitor_blog/49955.html" class="after:absolute after:inset-0" data-astro-cid-h2odbl3b="">Selezione dei condensatori ad alta tensione per inverter ESU da 400 W in Giappone</a></h3><p class="mt-3 text-sm text-[#526d79] line-clamp-3 leading-relaxed hyphens-auto" data-astro-cid-h2odbl3b="">La potenza di uscita dell'ESU giapponese è aumentata da 150 W a 400 W e la banda si è allargata a 350-480 kHz. Eseguire il controllo a 20 punti: tan δ pari o inferiore allo 0.15% a 400 kHz, SRF superiore a 5 MHz, IR superiore a 10 GΩ, MTBF superiore a 100,000 h. Un ciclo di 1000 h a 300 W ha dato 58 °C e 5 FIT.</p><div class="mt-5 flex items-center gap-2 text-[10px] font-bold tracking-[.1em] text-[#0757a2] uppercase group-hover:gap-3 transition-all" data-astro-cid-h2odbl3b=""><span data-astro-cid-h2odbl3b="">Leggi l'articolo</span><svg class="h-3 w-3" fill="none" stroke="currentColor" viewBox="0 0 24 24" data-astro-cid-h2odbl3b=""><path stroke-linecap="round" stroke-linejoin="round" stroke-width="2" d="M17 8l4 4m0 0l-4 4m4-4H3" data-astro-cid-h2odbl3b=""></path></svg></div></div></article></div><!-- Pagination --><nav class="mt-12 flex flex-wrap items-center justify-center gap-2" data-astro-cid-h2odbl3b=""><span class="pager-current" data-astro-cid-h2odbl3b="">1</span><a href="/Quality/capacitor_blog/list_33_2.html" data-astro-cid-h2odbl3b="">2</a><a href="/Quality/capacitor_blog/list_33_3.html" data-astro-cid-h2odbl3b="">3</a><a href="/Quality/capacitor_blog/list_33_4.html" data-astro-cid-h2odbl3b="">4</a><a href="/Quality/capacitor_blog/list_33_5.html" data-astro-cid-h2odbl3b="">5</a><a href="/Quality/capacitor_blog/list_33_6.html" data-astro-cid-h2odbl3b="">6</a><a href="/Quality/capacitor_blog/list_33_7.html" data-astro-cid-h2odbl3b="">7</a><a href="/Quality/capacitor_blog/list_33_8.html" data-astro-cid-h2odbl3b="">8</a><a href="/Quality/capacitor_blog/list_33_9.html" data-astro-cid-h2odbl3b="">9</a><span class="px-2 text-[#64777c]" data-astro-cid-h2odbl3b="">...</span><a href="/Quality/capacitor_blog/list_33_36.html" data-astro-cid-h2odbl3b="">36</a><a href="/Quality/capacitor_blog/list_33_2.html" class="flex items-center gap-1" data-astro-cid-h2odbl3b="">Avanti <svg class="h-3 w-3" fill="none" stroke="currentColor" viewBox="0 0 24 24" data-astro-cid-h2odbl3b=""><path stroke-linecap="round" stroke-linejoin="round" stroke-width="2" d="M9 5l7 7-7 7" data-astro-cid-h2odbl3b=""></path></svg></a><span class="pager-info" data-astro-cid-h2odbl3b="">Pagina <strong data-astro-cid-h2odbl3b="">1</strong> of <strong data-astro-cid-h2odbl3b="">36</strong></span></nav></div></section></main><footer class="bg-[#0e3a55] text-[#dff4f5]"><div class="container-wide py-14"><!-- Top CTA Banner --><div class="mb-12 grid items-center gap-6 border-b border-[#214650] pb-10 md:grid-cols-[1.5fr_auto]"><div><p class="eyebrow !text-[#91cbd0]">Condensatore HVC / Componenti ad alta tensione</p><h2 class="mt-2 text-3xl font-bold leading-tight text-white md:text-4xl">PROGETTATO PER SISTEMI CHE NON POSSONO ESSERE ERRORI.</h2></div><div><button type="button" data-open-quote-modal="" class="btn-signal cursor-pointer">OTTIENI UN PREVENTIVO IN 6 ORE</button></div></div><!-- 4 Columns Hub Grid --><div class="grid grid-cols-1 gap-8 sm:grid-cols-2 lg:grid-cols-4"><div class="space-y-4"><p class="text-[11px] font-bold tracking-[.18em] text-[#91cbd0] uppercase">PRODOTTI</p><ul class="space-y-2.5"><li><a href="/HV-Ceramic-Disc-Capacitor/" class="text-sm text-[#dff4f5] transition-colors hover:text-white hover:underline underline-offset-4">Condensatori a dischi ceramici HV</a></li><li><a href="/HV-Screw-Terminal-Capacitor/" class="text-sm text-[#dff4f5] transition-colors hover:text-white hover:underline underline-offset-4">Condensatori a pomello (10 kVâ150 kV)</a></li><li><a href="/products/H-F-RF-Power-Capacitor/" class="text-sm text-[#dff4f5] transition-colors hover:text-white hover:underline underline-offset-4">Condensatori di potenza RF</a></li><li><a href="/High_Voltage_Diode/" class="text-sm text-[#dff4f5] transition-colors hover:text-white hover:underline underline-offset-4">Diodi ad alta tensione</a></li><li><a href="/High_Voltage_High_Power_Resistors/" class="text-sm text-[#dff4f5] transition-colors hover:text-white hover:underline underline-offset-4">Resistori a film spesso e a disco</a></li><li><a href="/Safety_Certified_Capacitors_AC_Capacitors/" class="text-sm text-[#dff4f5] transition-colors hover:text-white hover:underline underline-offset-4">
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5<script>(function(){const postsData = [{"title":"HV Capacitor Parasitics in ESU Power Control Loops","url":"/Quality/capacitor_blog/49974.html","date":"2026-10-02","desc":"Capacitor ESR and ESL take 5° to 10° of phase margin from a 400 kHz ESU loop at a 40 kHz crossover. Keep ESL below 5 nH and the heat coefficient at ±30 ppm/°C, hold crossover under f_sw / 10, and check margin at cold start and at full heat.","cat":"technical","label":"Technical","color":"#64777c"},{"title":"HV Isolation Capacitors for ESU Leakage Current Limits","url":"/Quality/capacitor_blog/49973.html","date":"2026-10-02","desc":"IEC 60601-2-2:2019 cuts the patient-auxiliary leakage limit from 150 µA to 100 µA and the high-frequency limit from 150 mA to 100 mA. Set the REM part at IR above 50 GΩ at 25 °C and 5 GΩ at 85 °C, with 16 mm creepage and clearance.","cat":"technical","label":"Technical","color":"#64777c"},{"title":"EMI Filtering with HV Ceramic Capacitors for ESU CISPR 11 Compliance","url":"/Quality/capacitor_blog/49972.html","date":"2026-10-02","desc":"A 300 kHz to 500 kHz ESU misses the CISPR 11 Class B limit by 20 dB to 40 dB from 150 kHz to 30 MHz. This guide gives the arc and switch-edge noise sources, the two-stage LC filter that adds 40 dB to 60 dB, and the N4700 part specs that hold 8 dB to 15 dB of margin.","cat":"technical","label":"Technical","color":"#64777c"},{"title":"HV Isolation Capacitor Selection for ESU Return Electrode Monitoring","url":"/Quality/capacitor_blog/49971.html","date":"2026-10-02","desc":"REM isolation-part degradation causes 45.1 % of 1 247 recorded ESU failure cases. This guide gives the insulation-resistance grades for a patient-safety node, the drift that moves the contact threshold, and the 5 year plan that keeps the monitor accurate.","cat":"technical","label":"Technical","color":"#64777c"},{"title":"High-Voltage Capacitors for SiC and GaN ESU Inverters","url":"/Quality/capacitor_blog/49970.html","date":"2026-10-02","desc":"SiC and GaN switches raise the ESU edge rate to 44 kV/us and the switching frequency to 800 kHz, so snubber part rise climbs from 12 C to 58 C on the same 300 W load. Covers the loss model, the peak-current sizing rule, and six steps that hold the case rise under 40 K.","cat":"technical","label":"Technical","color":"#64777c"},{"title":"Weibull Lifetime Prediction Method for ESU High-Voltage Capacitors","url":"/Quality/capacitor_blog/49969.html","date":"2026-10-02","desc":"A temperature-only Arrhenius model overestimates ESU part life by 2 to 3 times. Gives a Weibull model with a voltage exponent of 3.2, a frequency exponent of 1.8, and an activation energy of 0.85 eV, plus the HALT and burn-in screen that cuts the 10-year cost by 78 %.","cat":"technical","label":"Technical","color":"#64777c"},{"title":"RCD Snubbers and TVS Clamps for ESU Mode Switching","url":"/Quality/capacitor_blog/49968.html","date":"2026-10-02","desc":"Cut to Coag mode switching lifts an ESU output from 200 Vpp to 3000 Vpp in a few hundred nanoseconds, and the spike energy reaches 890 µJ at an overshoot ratio of 1.67. An RCD snubber sized from C_oss, a 5 kV TVS string and a 50 ns active clamp cut the ratio to 1.12.","cat":"technical","label":"Technical","color":"#64777c"},{"title":"Resonant Capacitor Embedding Design for Compact ESU Transformers","url":"/Quality/capacitor_blog/49967.html","date":"2026-10-02","desc":"A standard ESU output transformer weighs 800-1500 g and holds 25-35% of the system weight. Embedding a low-ESL capacitor in the core gap cuts primary leakage by 63%, raises the coupling coefficient from 0.89 to 0.96, and lifts 400 W efficiency to 94.7% in 64% of the volume.","cat":"medical","label":"Medical","color":"#dc2626"},{"title":"N4700 Doorknob Capacitors for LINAC Modulator PFN Matching","url":"/Quality/capacitor_blog/49966.html","date":"2026-10-02","desc":"A LINAC modulator PFN must hold its resonant point across 4-25 MeV energy modes. A 10 °C rise shifts it by 0.015% with an N4700 part and 7.5% with an X7R part. Class I dielectric at ±30 ppm/°C and ±2% tolerance holds the pulse flat top inside 1% and the dose rate inside ±0.5%.","cat":"technical","label":"Technical","color":"#64777c"},{"title":"N4700 versus X7R Capacitors for LINAC PFN Duty","url":"/Quality/capacitor_blog/49965.html","date":"2026-10-02","desc":"A LINAC puts six jobs on one capacitor family. Scoring Class I and Class II parts against each position, Class I reaches 9.45 against 6.05 for X7R. HALT data at 1.5 times the rated voltage and 125 °C gave no failures in 1000 h, and a Weibull fit gives a 16-year B10 life.","cat":"technical","label":"Technical","color":"#64777c"},{"title":"RC Snubber Capacitor and Resistor Sizing for ESU Inverters","url":"/Quality/capacitor_blog/49964.html","date":"2026-10-01","desc":"Set an ESU snubber capacitor at 3 x C_oss and the damping resistor at 2z x sqrt(L/C) with a ratio of 0.7. For a 300 kHz inverter with 18 nH of stray loop inductance and 120 pF C_oss, that gives 360 pF and 10.7 ohm, and the turn-off spike falls from 420 V to 180 V.","cat":"resistors","label":"Resistors","color":"#ea580c"},{"title":"ESU Snubber Capacitor Selection for High-Frequency Surgical Inverters","url":"/Quality/capacitor_blog/49963.html","date":"2026-10-01","desc":"Size an ESU snubber at 3 x C_oss with a damping ratio of 0.7, then split the snubber zone from the patient-isolation zone by 30 mm. Hold HF leakage under 100 uA at 450 kHz. One 400 W unit went from a 60% to a 93% EMC first-pass rate after the redesign.","cat":"technical","label":"Technical","color":"#64777c"},{"title":"RCD Snubber Capacitor Selection for ESU Inverter Clamps","url":"/Quality/capacitor_blog/49962.html","date":"2026-10-01","desc":"Size the RCD clamp capacitor from C_s = 2 x E_L / (V_clamp^2 - V_dc^2) and hold the clamp at 0.75 to 0.8 of the switch rating. For a 400 kHz, 400 W ESU with 220 nH of stray inductance, a 1 nF part with a 22 ohm resistor and a 75 ns diode drops the spike from 1.25 kV to 780 V.","cat":"technical","label":"Technical","color":"#64777c"},{"title":"Filter Capacitor ESR Loss and Heating for ESU Power Stages","url":"/Quality/capacitor_blog/49961.html","date":"2026-10-01","desc":"Compute ESU filter capacitor loss as I_rms^2 x ESR at the working rate, then the heat rise as P_loss x theta_JA. On a 400 W cut unit with 1.8 A of ripple, a Class II part runs 78 C at 45 mOhm while a Class I part runs 38 C at 4 mOhm. Keep the case under 80% of the rated heat.","cat":"technical","label":"Technical","color":"#64777c"},{"title":"ESU Capacitor Self-Heating Causes and Thermal Design Fixes","url":"/Quality/capacitor_blog/49960.html","date":"2026-10-01","desc":"Case heat in ESU high-voltage parts: how ESR at the switching frequency, ripple-current harmonics, self-resonant frequency, and mounting parasitics set the temperature rise, with five design steps, a 7-row parameter table, and N4700 Class I data for 300-500 kHz loops.","cat":"technical","label":"Technical","color":"#64777c"},{"title":"How to Cut Dielectric Loss in ESU Capacitors","url":"/Quality/capacitor_blog/49959.html","date":"2026-10-01","desc":"Class I ceramics cut dielectric loss by 25 to 50 times in ESU filter, tank, and snubber paths. Measured tan δ from 25 °C to 125 °C for NPO, N4700, X7R, and Y5U, the loss equations, four selection traps, six design steps, and derating rules for 300-500 kHz stages.","cat":"technical","label":"Technical","color":"#64777c"},{"title":"Snubber Thermal Design With CAE Simulation for ESU Inverters","url":"/Quality/capacitor_blog/49958.html","date":"2026-10-01","desc":"A SPICE-then-FEM workflow for ESU snubber thermal design. Loss equations, a 3-D thermal mapping method, and four
5coordinated actions that took a 300 W prototype from 105 °C to 78 °C peak, lifted MTBF from 45,000 h to 120,000 h, and improved EMI by 8 dB.","cat":"technical","label":"Technical","color":"#64777c"},{"title":"Resonant Inverter Topology and HV Capacitor Selection for ESU","url":"/Quality/capacitor_blog/49957.html","date":"2026-10-01","desc":"SRC, PRC, LLC, and Class E compared on 400 kHz measured data for ESU output stages. Tank equations, Q and tan δ targets, the 3 kV peak on a 400 V bus, voltage and matching margins, and the capacitor rules that hold THD at 2.1% and efficiency above 94%.","cat":"technical","label":"Technical","color":"#64777c"},{"title":"HV Capacitors for ESU Output Matching Networks at 400 kHz","url":"/Quality/capacitor_blog/49956.html","date":"2026-10-01","desc":"Tissue impedance in electrosurgery swings from 100 Ω to 2 kΩ inside one case, which turns a fixed 300 Ω match into 40% reflected power. Set the match part at tan δ below 0.15% at 400 kHz, ESL below 5 nH, and a 15 kV DC rating for a 3.1 kV peak, then add a 4-step relay bank.","cat":"technical","label":"Technical","color":"#64777c"},{"title":"HV Capacitor Selection for 400 W ESU Inverters in Japan","url":"/Quality/capacitor_blog/49955.html","date":"2026-10-01","desc":"Japanese ESU output rose from 150 W to 400 W and the band widened to 350-480 kHz. Run the 20-point check: tan δ at 0.15% or below at 400 kHz, SRF above 5 MHz, IR above 10 GΩ, MTBF above 100,000 h. A 1000 h run at 300 W gave 58 °C and 5 FIT.","cat":"technical","label":"Technical","color":"#64777c"},{"title":"Gradient Duty Cycle Effects on HV DC-Link Capacitor Life","url":"/Quality/capacitor_blog/49954.html","date":"2026-09-30","desc":"Gradient duty cycle effects on HV DC-link capacitor life. An N4700 part reaches 100,000 hours at 40% duty; at 60% it holds 60,000 hours while X7R falls to 20,000. Duty cycle sets the equivalent loss: 160 W at 50%, 1 kHz, 200 uF, 800 V and 0.5% DF.","cat":"technical","label":"Technical","color":"#64777c"},{"title":"HV Ceramic Capacitor Hysteresis in MRI Eddy-Current Compensation","url":"/Quality/capacitor_blog/49953.html","date":"2026-09-30","desc":"HV ceramic capacitor hysteresis in MRI eddy-current compensation. X7R k_h rises to 5x10-4 per T after 10,000 h in 3 T and pushes the compensation error past 0.15%; N4700 holds k_h below 2x10-5 per T, remanence under 2 mT and image distortion under 0.2%.","cat":"technical","label":"Technical","color":"#64777c"},{"title":"HV Capacitor Voltage Coefficient Effects for MRI Gradient Linearity","url":"/Quality/capacitor_blog/49952.html","date":"2026-09-30","desc":"A -15% voltage coefficient on an MRI DC-link capacitor moves gradient linearity by 0.24%, enough to fail fat suppression. This guide gives the C-V error model, four field failure modes, the three-axis matching steps and the C-V re-test limits for N4700 Class I parts.","cat":"technical","label":"Technical","color":"#64777c"},{"title":"HV Capacitor Insulation Resistance Loss for MRI Gradient Systems","url":"/Quality/capacitor_blog/49951.html","date":"2026-09-30","desc":"Insulation resistance falling from 10,000 MΩ to 10 MΩ lifts capacitor leakage current to 100 µA and droops the MRI gradient bus by 100 mV. This guide gives the leakage model, four field failure modes, and the IR screening limits that hold gradient droop under 5 mV.","cat":"technical","label":"Technical","color":"#64777c"},{"title":"Capacitor ESR and DF Monitoring for MRI Predictive Maintenance","url":"/Quality/capacitor_blog/49950.html","date":"2026-09-30","desc":"An ESR rise of 20% or a doubled DF_eff flags a failing MRI capacitor weeks before it fails. This guide gives the DF_eff and ESR relationships, three warning levels set against N4700 baselines, four deployment problems, and the monitoring steps that catch the drift early.","cat":"technical","label":"Technical","color":"#64777c"},{"title":"Rapid Screening of HV Capacitors in MRI Annual Inspection","url":"/Quality/capacitor_blog/49949.html","date":"2026-09-30","desc":"A tiered field method screens MRI high-voltage capacitors in 36 min, not days. This guide gives the IR, ESR and C-V formulas, the pass, observe and fail limits at 1000 MΩ, the PD estimate from DF_eff, and the field conditions that keep readings repeatable.","cat":"technical","label":"Technical","color":"#64777c"},{"title":"High Voltage Capacitor Precision for Deep Learning MRI","url":"/Quality/capacitor_blog/49948.html","date":"2026-09-30","desc":"Deep-learning MRI reconstruction grows a 0.1% gradient linearity error into a visible artifact, so component drift becomes a systematic error source. This guide gives the error relations, four measured failure modes, and the part specs that keep a 3T or 7T platform on target.","cat":"technical","label":"Technical","color":"#64777c"},{"title":"Radiation Tolerant HV Capacitors for MR-Linac Treatment Rooms","url":"/Quality/capacitor_blog/49947.html","date":"2026-09-30","desc":"An MR-linac room delivers 10 to 100 kGy per year against under 1 Gy in a plain MRI room. Class I N4700 drifts under 2% at 100 kGy while X7R drifts 8%. This guide gives the dose relations, the measured drift, and the derating rules that carry a coil network to 20 years.","cat":"technical","label":"Technical","color":"#64777c"},{"title":"RC Snubber Matrix Design for ESU Inverter Switching","url":"/Quality/capacitor_blog/49946.html","date":"2026-09-30","desc":"An ESU inverter that switches 900 V at 400 kHz needs a snubber sized from the measured loop, and spikes otherwise run 30% to 60% above the DC bus. This guide gives the loop equation, the critical value of R_s, and the part set that holds a 300 W full bridge in production.","cat":"technical","label":"Technical","color":"#64777c"},{"title":"Non-Uniform Snubber Capacitors for Series ESU MOSFET Switches","url":"/Quality/capacitor_blog/49945.html","date":"2026-09-30","desc":"An equal-parameter RC snubber leaves ±25% of the bus voltage on one device in a series ESU MOSFET stack, because C_oss spreads ±20% to ±30% and the mounting capacitance differs by position. This guide gives the per-device C and R relations that pull the imbalance inside ±5%.","cat":"technical","label":"Technical","color":"#64777c"},{"title":"RF PA Isolation Capacitor Voltage Margin for MRI Mismatch Spikes","url":"/Quality/capacitor_blog/49944.html","date":"2026-09-29","desc":"A 3T MRI RF amplifier reflects 1.67 times the incident peak at VSWR 5.0, and resonant overshoot pushes the spike past 4 kV. This guide gives the voltage stress model, the three times peak rating rule, the 0.85 derating at 85 °C, and the PD limits for a ten-year barrier.","cat":"rf","label":"RF Power","color":"#7c3aed"},{"title":"RF Coil Tuning Capacitor Voltage Stress and Discharge Risk at 7T","url":"/Quality/capacitor_blog/49943.html","date":"2026-09-29","desc":"A 10.5T transmit coil measured 1.8 kV peak across its tuning capacitor, a 2.5 kV/mm field against a 3 kV/mm inception field, and two insulation resistance failures in six months. This guide gives the field and inception model plus the thickness, end face, and clamping steps.","cat":"rf","label":"RF Power","color":"#7c3aed"},{"title":"Capacitor Switching for RF Coil Auto-Tuning Under Human Load","url":"/Quality/capacitor_blog/49942.html","date":"2026-09-29","desc":"Patient load moves a 3T coil from 128.4 MHz to 126.8 MHz, beyond the ±0.5 MHz auto-tuning tolerance. This guide gives the frequency and capacitance relation, the PIN branch spike model, the series diode, and the current-sharing limits for ±0.2 MHz accuracy.","cat":"rf","label":"RF Power","color":"#7c3aed"},{"title":"Isolation Capacitor Transient Response in MRI T/R Switch Circuits","url":"/Quality/capacitor_blog/49941.html","date":"2026-09-29","desc":"A 3T T/R switch measured a 1.8 kV spike on a 2.5 kV/3 kW pulse, and absorption returned 125 mV at 10 ms, which cost 3 dB of SNR. This guide gives the charging, spike, absorption, and lifetime model plus the rated voltage and ESL steps.","cat":"applications","label":"Applications","color":"#2563eb"},{"title":"MRI Receive Coil Decoupling Capacitors for Low Coupling Noise","url":"/Quality/capacitor_blog/49940.html","date":"2026-09-29","desc":"How capacitor ESL, tolerance, and dielectric non-linearity set inter-channel coupling in an MRI receive coil decoupling network, and how grounded shielding with N4700 parts holds coupling below -32 dB on a 32-channel 3 T array.","cat":"applications","label":"Applications","color":"#2563eb"},{"title":"Multi-Channel MRI Receive Chain Capacitors for Phase Consistency","url":"/Quality/capacitor_blog/49939.html","date":"2026-09-29","desc":"Phase spread between MRI receive channels sets SNR and the usable acceleration factor. How +/-1% tolerance, +/-30 ppm/C, and Q above 1000 hold a 32-channel 3 T array inside +/-2 degrees at 128 MHz, with factory pairing data.","cat":"technical","label":"Technical","color":"#64777c"},{"title":"Cable Trap Capacitors for MRI Balun Common-Mode Rejection","url":"/Quality/capacitor_blog/49938.html","date":"2026-09-29","desc":"How a quarter-wave cable trap blocks common-mode current in MRI RF chains, how trap capacitor ESL, ESR, and tan d set the notch depth, and how cascade tuning at 128 MHz and 298 MHz lifts CMRR from 25 dB to 48 dB.","cat":"technical","label":"Technical","color":"#64777c"},{"title":"MRI pTx Tuning Capacitors for B1 Shimming Phase Consistency","url":"/Quality/capacitor_blog/49937.html","date":"2026-09-29","desc":"How tuning capacitor voltage coefficient and dielectric loss set B1 shimming phase consistency in MRI pTx arrays, and how N4700 parts, +/-2% sorting, and 5 pC PD screening hold inter-channel deviation near 0.8 degrees.","cat":"technical","label":"Technical","color":"#64777c"},{"title":"Parasitic Extraction of HV Ceramic Capacitors for 400 MHz MRI","url":"/Quality/capacitor_blog/49936.html","date":"2026-09-29","desc":"HV ceramic capacitor parasitic extraction for 400 MHz UHF MRI. A 100 pF N4700 part with 2.5 nH of ESL self-resonates at 318 MHz and turns inductive; a 7-element network holds model error under 3% against 25% for a 3-parameter lump, keeping B1 and SAR prediction in spec.","cat":"rf","label":"RF Power","color":"#7c3aed"},{"title":"Dielectric Heating in UHF MRI Transmit Coil Capacitors","url":"/Quality/capacitor_blog/49935.html","date":"2026-09-29","desc":"Dielectric heating in UHF MRI transmit coil capacitors. A 33 pF N4700 part dissipates 0.45 W at 128 MHz and 4 kV and rises 7 °C; an X7R part of the same rating dissipates 6.7 W and reaches a 268 °C rise, drifting B1 uniformity from 92% to 79%.","cat":"applications","label":"Applications","color":"#2563eb"},{"title":"Snubber Capacitors for Asymmetric Stress in SiC/Si Hybrid Modules","url":"/Quality/capacitor_blog/49934.html","date":"2026-09-28","desc":"SiC and Si dies inside one hybrid gradient module switch at speeds 5 times apart, so the SiC-side snubber capacitor carries 3.2 times the ripple current and 300 V of turn-off overvoltage. Data from 123 modules shows the failure gap and the steps that close it.","cat":"technical","label":"Technical","color":"#64777c"},{"title":"Precision Sense Resistors for Gradient Current Thermal Stability","url":"/Quality/capacitor_blog/49933.html","date":"2026-09-28","desc":"Gradient current sensing must hold 0.1% accuracy while a 1000 A peak drives 61 W into a 0.5 mΩ sense resistor and lifts a common thick-film body 80 K. This guide gives the TCR curve, the self-heating model, the aging drift, and the steps that reach 0.05% accuracy.","cat":"resistors","label":"Resistors","color":"#ea580c"},{"title":"Sense Resistor Parasitic Inductance in Peak Current Control Loops","url":"/Quality/capacitor_blog/49932.html","date":"2026-09-28","desc":"A 3 nH sense-resistor lead adds 2.7 degrees of phase error at 50 kHz and over 25 degrees in the 500 kHz SiC ringing band, eroding the loop phase margin. This guide gives the impedance model, the comparator trip error, and the steps that hold phase deviation within 2 degrees.","cat":"resistors","label":"Resistors","color":"#ea580c"},{"title":"Freewheeling Diode Commutation Loss at Gradient Amplifier Output","url":"/Quality/capacitor_blog/49931.html","date":"2026-09-28","desc":"Every gradient commutation extracts reverse-recovery charge from the freewheeling diode: 0.25 mJ per event at a 1000 V bus, or 12.5 W of average loss at 50 kHz. This guide gives the spike model and the steps that cut loss by 64% and hold the diode below its rating.","cat":"diodes","label":"Diodes","color":"#059669"},{"title":"Low-ESL Capacitors for Busbar Noise in MRI Gradient Cabinets","url":"/Quality/capacitor_blog/49930.html","date":"2026-09-28","desc":"Gradient cabinet busbars at 1,500 V slewing in 100 ns push 150 mA through 10 pF of stray capacitance into a 10 kOhm ADC input. Spacing, a grounded partition, an HVCT8G decoupling capacitor and a Y1 safety part cut the coupled noise from 2.1 V to 0.18 V.","cat":"technical","label":"Technical","color":"#64777c"},{"title":"Cryogenic High-Voltage Capacitors for MRI Magnet Cold Head Zones","url":"/Quality/capacitor_blog/49929.html","date":"2026-09-28","desc":"An MRI magnet runs at 4.2 K, so an X7R capacitor in the cold zone can lose half its capacitance and half its inception voltage in one cold cycle. This guide gives the drift, PDIV and seal stress equations plus the Class I dielectric and glass-metal seal that fix it.","cat":"technical","label":"Technical","color":"#64777c"},{"title":"Matching Capacitor Uniformity Control for pTx MRI Channels","url":"/Quality/capacitor_blog/49928.html","date":"2026-09-28","desc":"A 1 pF matching capacitor tolerance adds 0.23 degrees of phase at 128 MHz in a 50 Ohm pTx network, and a plus or minus 5 percent NPO batch reached 7.8 degrees across eight channels. Here are the tolerance, loss and variance equations and the screening that fixes it.","cat":"technical","label":"Technical","color":"#64777c"},{"title":"Multi-Frequency RF PA Matching Capacitors for 3T and 7T MRI","url":"/Quality/capacitor_blog/49927.html","date":"2026-09-28","desc":"One RF power amplifier covering 1H, 13C, 31P and 23Na has to match from 32 MHz to 298 MHz at up to 35 kW. A fixed network reached VSWR 2.8 with 1.5 kW reflected in carbon mode. This guide gives the array step, quality factor and transient equations behind a VSWR below 1.15.","cat":"rf","label":"RF Power","color":"#7c3aed"},{"title":"Snubber Capacitor Loss Model for 50 kHz Gradient Switching","url":"/Quality/capacitor_blog/49926.html","date":"2026-09-28","desc":"Snubber capacitor loss model for 50 kHz gradient switching. An N4700 4.7 nF/30 kV part with 5.5 mΩ ESR dissipates 34 mW at 2.5 A rms, against 219 mW for a Class II X7R part at 35 mΩ ESR, so the surface rise stays at 0.27 °C instead of 1.75 °C.","cat":"technical","label":"Technical","color":"#64777c"},{"title":"Snubber Capacitor Failure Modes in High-Power Gradient Modules","url":"/Quality/capacitor_blog/49925.html","date":"2026-09-28","desc":"Snubber capacitor failure modes in high-power gradient modules. Snubber faults cause 28% of gradient module failures: breakdown 42%, open circuit 31%, bulging 19%, leakage 8%. N4700 holds 25 kV/mm breakdown strength, a threefold field margin, and a 155 °C epoxy Tg.","cat":"technical","label":"Technical","color":"#64777c"},{"title":"Dual Sourcing MRI High Voltage Components to Cut Import Lead Times","url":"/Quality/capacitor_blog/49924.html","date":"2026-09-27","desc":"Imported MRI high-voltage parts now run 20-32 weeks, and one capacitor can stop a scanner line. This guide gives the cost model for dual supply and a six-step plan: grade the BOM, benchmark 20+ parameters, split volume 70/30, and cut safety stock by 40% on a 6-8 week lead time.","cat":"supply","label":"Supply Chain","color":"#ca8a04"},{"title":"Knowledge Graph for MRI High Voltage Component Selection","url":"/Quality/capacitor_blog/49923.html","date":"2026-09-27","desc":"HVC reviewed 88 multilingual papers and built a selection knowledge graph for MRI high-voltage parts. This guide covers the triple model, paper ranking, weighted scoring for gradient DC-Link and RF matching, and six steps that bind each rule to a purchasable part number.","cat":"technical","label":"Technical","color":"#64777c"},{"title":"High Voltage Capacitor Evolution from 3T to 7T MRI","url
5":"/Quality/capacitor_blog/49922.html","date":"2026-09-27","desc":"At 7T the MRI RF chain runs at 297 MHz against 128 MHz at 3T, dielectric loss rises 2.3Ã, and the magnetostrictive strain term reaches 5.4à its 3T value. This article gives the Larmor, self-resonance, loss and PDIV equations plus six design rules for N4700 capacitors.","cat":"technical","label":"Technical","color":"#64777c"},{"title":"Ceramic vs Film Capacitors in MRI Gradient DC Link","url":"/Quality/capacitor_blog/49921.html","date":"2026-09-27","desc":"At 4.7 µF and 1.2 kV, a film DC-Link bank fills 2.5 L and runs a 105 °C hotspot at 280 A rms ripple; a ceramic bank fills 0.7 L at 68 °C. This comparison covers ripple heating, ESR drift, energy density, 10-year life and total cost, with measured 3T data.","cat":"technical","label":"Technical","color":"#64777c"},{"title":"DC-Link Absorption Capacitors for Gradient Amplifier Start-Up Surge","url":"/Quality/capacitor_blog/49920.html","date":"2026-09-27","desc":"An MRI gradient amplifier draws 18 kA at cold start and swings its 800 V bus to 1200 V, or 150% of steady state. This article gives the LC damping formulas, a three-stage absorption scheme with soft-start timing, and field results of 102% peak bus voltage and 1.8 s start-up.","cat":"technical","label":"Technical","color":"#64777c"},{"title":"Capacitor Layout Optimization for Water-Cooled MRI Gradient Systems","url":"/Quality/capacitor_blog/49919.html","date":"2026-09-27","desc":"A water-cooled 3T gradient cabinet packs 800 W/L into one cold plate, so the last capacitor in a straight row runs 20-25 C hotter than the first. This guide gives the flow and loss equations and six layout strategies that cut hot spots from 92 C to 48 C.","cat":"technical","label":"Technical","color":"#64777c"},{"title":"DC-Link Capacitor Self-Resonant Frequency Matching for MRI Gradients","url":"/Quality/capacitor_blog/49918.html","date":"2026-09-27","desc":"3T and 7T gradient amplifiers now switch at 40 kHz to 100 kHz, where a film DC-Link capacitor with 50 nH of ESL is already inductive. This guide gives the SRF and ripple-rejection equations and six matching steps that took ripple from +/-58 V to +/-9 V.","cat":"technical","label":"Technical","color":"#64777c"},{"title":"Snubber Capacitor Layout for SiC Paralleling Current Sharing","url":"/Quality/capacitor_blog/49917.html","date":"2026-09-27","desc":"Paralleled SiC modules share current by parasitic inductance, and asymmetric snubber layout pushed sharing error to 35%. This guide gives the sharing, imbalance and ring-frequency equations, four layout traps, and six steps that cut sharing error to 8% and overshoot to 210 V.","cat":"technical","label":"Technical","color":"#64777c"},{"title":"Cross-Capacitor Snubber dV/dt Suppression in MRI Gradient Amplifiers","url":"/Quality/capacitor_blog/49916.html","date":"2026-09-27","desc":"Cross-capacitor snubber dV/dt suppression for MRI gradient half bridges. A 4.7 nF N4700 part rated 30 kV cuts dV/dt from 65 kV/µs to 22 kV/µs, holds turn-off overshoot near 210 V, and keeps lead ESL under 10 nH so the 128 MHz receive band stays clear.","cat":"technical","label":"Technical","color":"#64777c"},{"title":"Snubber Capacitor Reverse Recovery Current in SiC Gradient Modules","url":"/Quality/capacitor_blog/49915.html","date":"2026-09-27","desc":"Snubber capacitor reverse recovery current in SiC gradient modules. An N4700 4.7 nF/30 kV cross-capacitor holds residual voltage below 5% and cuts the turn-on peak from 600 A to 560 A, while a soft-recovery diode with trr under 50 ns lowers bus overshoot from 85 V to 25 V.","cat":"technical","label":"Technical","color":"#64777c"},{"title":"HV Capacitor and Diode Reliability Data for Medical Imaging","url":"/Quality/capacitor_blog/49914.html","date":"2026-09-26","desc":"N4700 dielectric carries an activation energy above 1.2 eV, and a Spellman CT generator ran 2,000 h at 125 °C rated voltage with zero failures. Includes the Arrhenius, partial-discharge, damp-heat, and Weibull equations plus the PPAP package and 8D response timeline.","cat":"medical","label":"Medical","color":"#dc2626"},{"title":"Siemens, GE, and United Imaging Gradient Capacitor Failure Modes","url":"/Quality/capacitor_blog/49913.html","date":"2026-09-26","desc":"Film parts lose capacitance through self-healing, electrolytic parts dry out with ESR climbing from 10 mΩ to 100 mΩ, and ceramic parts fail on partial discharge when PDIV screening is skipped. Derate to 70% of rated voltage and hold the hot spot below 85 °C.","cat":"medical","label":"Medical","color":"#dc2626"},{"title":"RF Isolation Capacitors for Interventional MRI Patient Safety","url":"/Quality/capacitor_blog/49912.html","date":"2026-09-26","desc":"Hold each isolation capacitor at or below 1 nF and total patient leakage current below 10 µA. This guide gives the RF coupling, SAR, reactance, quarter-wave, and leakage equations, the burn risks, and the grounding and sterilization rules for interventional MRI.","cat":"rf","label":"RF Power","color":"#7c3aed"},{"title":"High Voltage Capacitors for PET-MR Composite EMC Design","url":"/Quality/capacitor_blog/49911.html","date":"2026-09-26","desc":"A PET-MR system runs a SiPM array inside a 3 T magnet next to a gradient amplifier switching at 150 kV/µs. Here are the three coupling paths, the filter values and zonal grounding that cut gradient noise by 28 dB, and two cases where ToF resolution recovered to 0.36 ns.","cat":"applications","label":"Applications","color":"#2563eb"},{"title":"High Voltage Capacitors for Low Field Portable MRI Systems","url":"/Quality/capacitor_blog/49910.html","date":"2026-09-26","desc":"Portable MRI fits a 0.55 T magnet and a 1000 V bus into a cabinet under 300 kg. Here are the power density bound near 0.15 W/cm3, the ESL and self-resonance trade-off that keeps a 10 nF part
5capacitive at 128 MHz, and the packages that cut DC-Link volume by 63%.","cat":"technical","label":"Technical","color":"#64777c"},{"title":"High Voltage Ceramic Capacitors for Vishay 715C Replacement","url":"/Quality/capacitor_blog/49909.html","date":"2026-09-26","desc":"Vishay 715C and 660R medical-grade lead times now run 30 to 40 weeks. This article benchmarks HVC N4700 on DF_eff, ESL, and partial discharge against both series, and gives the validation sequence: model mapping, 100% PD screening at 5 pC, and a 10 mm pitch held within 0.1 mm.","cat":"replacement","label":"Alternative for Brands","color":"#0757a2"},{"title":"High Voltage Capacitors for MRI After Murata DHR EOL","url":"/Quality/capacitor_blog/49908.html","date":"2026-09-26","desc":"Murata closed the DHR series with a last order date of September 2026. Existing stock covers 6 to 12 months and medical qualification takes 12 to 18 months. Here are the substitution barriers, the package tolerance, and the eight-step process that moves an MRI board to N4700.","cat":"replacement","label":"Alternative for Brands","color":"#0757a2"},{"title":"HV Capacitor Diode Resistor One-Stop Sourcing for MRI BOMs","url":"/Quality/capacitor_blog/49907.html","date":"2026-09-26","desc":"Single-supplier sourcing for high-voltage capacitors, diodes, and resistors cuts certification effort from 40 h to 15 h per device. One 43-device MRI BOM showed 64% fewer certification hours, 31% lower inventory value, and 68% better delivery stability.","cat":"resistors","label":"Resistors","color":"#ea580c"},{"title":"Domestic vs Import DC-Link Capacitor TCO for MRI Gradient Systems","url":"/Quality/capacitor_blog/49906.html","date":"2026-09-26","desc":"Import DC-Link parts quoted at CNY 1,200 against CNY 650 domestic still cost more. A 26-week lead time adds about CNY 390 per scanner in capital cost, and a 0.3% annual failure rate adds rework on top. Here is the ten-year TCO model and six supplier-score steps.","cat":"technical","label":"Technical","color":"#64777c"},{"title":"HV Ceramic Capacitor Magnetic Stability in 3T and 7T MRI","url":"/Quality/capacitor_blog/49905.html","date":"2026-09-26","desc":"At 7 T, N4700 capacitors drift under 0.05% while some import parts pass 0.2%. Measured at 3T and 128 MHz: 0.03% against 0.28% drift, Q of 2,150 against 1,780, and 0.7 dB more SNR. Includes the Larmor, magnetostriction, and drift equations plus six design steps.","cat":"technical","label":"Technical","color":"#64777c"},{"title":"RF Coil Capacitor Dielectric Loss and SAR at 10.5 T MRI","url":"/Quality/capacitor_blog/49904.html","date":"2026-09-25","desc":"At 10.5 T the Larmor frequency reaches 446 MHz, where a 0.1% rise in effective dissipation factor lifts local head SAR by 8% to 15%. The article gives the loss, SAR, and resonance relations, three measured coil failures, and the N4700 selection steps.","cat":"rf","label":"RF Power","color":"#7c3aed"},{"title":"HV Protection Capacitors for Phased Array Coil Preamplifiers","url":"/Quality/capacitor_blog/49903.html","date":"2026-09-25","desc":"A 3 T receive channel sees 115 V of induced transmit voltage, far above the gate rating of the preamplifier. The article gives the induced-voltage, clamp time-constant, and tuning-shift relations, four measured failures, and the steps that hold coil Q above 85.","cat":"applications","label":"Applications","color":"#2563eb"},{"title":"RF Trap Capacitor Self-Resonant Frequency for MRI Cables","url":"/Quality/capacitor_blog/49902.html","date":"2026-09-25","desc":"Cable trap detuning accounts for about 31% of RF-related EMC issues in MRI. The article gives the trap resonance, self-resonant frequency, and mounting-inductance relations, four measured failures, and the grading and layout steps that hold cascaded traps inside ±0.5 MHz.","cat":"rf","label":"RF Power","color":"#7c3aed"},{"title":"DC-Link Capacitors for MRI Gradient Slew Rate and Bus Sag","url":"/Quality/capacitor_blog/49901.html","date":"2026-09-25","desc":"Clinical 3 T gradients pass 200 T/m/s, so the DC-Link bank must supply kiloampere pulses without sag that clips the waveform. The article gives the pulse-charge, minimum-capacitance, and ESR and ESL transient relations, four measured failures, and the bank layout steps.","cat":"technical","label":"Technical","color":"#64777c"},{"title":"Vibration-Resistant HV Capacitors for MRI Gradient Coil Mounting","url":"/Quality/capacitor_blog/499
500.html","date":"2026-09-25","desc":"Solder-joint and terminal fatigue causes about 19% of early failures in MRI gradient power modules. This guide gives the Lorentz force, mechanical resonance, and shear-stress equations, and six mounting and damping steps that hold Q_mech below 3 and keep joints intact.","cat":"applications","label":"Applications","color":"#2563eb"},{"title":"Capacitor Degradation Monitoring for MRI Gradient Amplifier Faults","url":"/Quality/capacitor_blog/49899.html","date":"2026-09-25","desc":"ESR, DF_eff, and partial-discharge magnitude drift for weeks before an MRI gradient amplifier trips. This guide gives the loss, drift, and PD equations, the alarm thresholds, and the sampling-resistor and baseline steps that turn capacitor data into a planned repair window.","cat":"technical","label":"Technical","color":"#64777c"},{"title":"RF Coupling Capacitors for Low-Distortion B1 in High-Field MRI","url":"/Quality/capacitor_blog/49898.html","date":"2026-09-25","desc":"A voltage coefficient over 0.01% per volt turns the RF pulse into third-harmonic current, moves the match point, and cuts B1 uniformity by 15%. This guide gives the capacitance-voltage and third-harmonic equations, and the N4700 and PD specs that hold B1 above 98% at 3T and 7T.","cat":"rf","label":"RF Power","color":"#7c3aed"},{"title":"Low Insertion Loss HV Capacitors for 3T and 7T MRI","url":"/Quality/capacitor_blog/49897.html","date":"2026-09-25","desc":"Each 0.1 dB of loss costs about 1.15% of B1 amplitude, and an X7R coupling capacitor that self-resonates at 300 MHz drops B1 by 10% to 15% at 298 MHz. This guide gives the impedance, insertion-loss, and phase-error equations, plus the ESR, ESL, and PD limits for 3T and 7T.","cat":"technical","label":"Technical","color":"#64777c"},{"title":"Isolation Capacitors for PIN Diode Active Detuning in MRI Coils","url":"/Quality/capacitor_blog/49896.html","date":"2026-09-25","desc":"Loop inductance turns a 1500 V RF pulse into 4500 V across the PIN diode isolation capacitor, which broke down in 0.5% of one production lot. This guide gives the LC resonant gain, detuning quality factor, and response-time equations, plus the voltage rating and DF_eff limits.","cat":"diodes","label":"Diodes","color":"#059669"},{"title":"Tight-Tolerance HV Tuning Capacitors for Phased-Array Coil Decoupling","url":"/Quality/capacitor_blog/49895.html","date":"2026-09-25","desc":"A 10% tuning tolerance shifts each channel resonance by 5%, and worst-case stacking across 32 channels takes the g-factor from 1.1 to 1.6. This guide gives the resonance-deviation, blocking-impedance, and phase-error equations, plus the ±2% tolerance and ±30 ppm/°C TCC limits.","cat":"applications","label":"Applications","color":"#2563eb"},{"title":"Multi-Stress Lifetime Prediction for MRI Gradient DC-Link Capacitors","url":"/Quality/capacitor_blog/49894.html","date":"2026-09-24","desc":"A single-stress Arrhenius fit overstates MRI DC-Link capacitor life by more than a factor of two. This guide gives the temperature, voltage, ripple, and partial discharge equations, the Weibull fit, and the per-batch calibration that cuts the prediction error from ±60% to ±15%.","cat":"technical","label":"Technical","color":"#64777c"},{"title":"Current Sharing in Multi-Channel MRI Gradient DC-Link Capacitors","url":"/Quality/capacitor_blog/49893.html","date":"2026-09-24","desc":"Identical capacitors in a 12-parallel MRI gradient matrix carry different currents, and one measured 41% imbalance. It gives the branch impedance, imbalance, and sharing loss equations, the four mismatch traps, and the layout and ESL sorting rules that hold Ï_i under 8%.","cat":"technical","label":"Technical","color":"#64777c"},{"title":"DC-Link Capacitor Stability for Wide Duty Cycle MRI Gradients","url":"/Quality/capacitor_blog/49892.html","date":"2026-09-24","desc":"DC-Link capacitance drift across 1% to 60% MRI gradient duty cycles: N4700 holds 95 nF of 100 nF at 800 V bias while Y5U falls to 38 nF, and bus ripple moves from 68 V to 182 V. Bias, temperature and polarization terms plus six design steps.","cat":"technical","label":"Technical","color":"#64777c"},{"title":"Snubber Capacitor ESL for SiC MOSFET Turn-Off in MRI Gradients","url":"/Quality/capacitor_blog/49891.html","date":"2026-09-24","desc":"Snubber ESL coupling in SiC gradient bridges: 18 nH holds turn-off overshoot at 215 V while 45 nH film parts reach 480 V, and every 10 kV/µs of extra dV/dt removes about 5 nH of headroom. Covers the overshoot and impedance relations, four field traps and six design steps.","cat":"technical","label":"Technical","color":"#64777c"},{"title":"HV Ceramic Snubber Capacitor Selection for MRI Gradient Buses","url":"/Quality/capacitor_blog/49890.html","date":"2026-09-24","desc":"Ring frequency, damping resistor value and loss for MRI gradient snubber stages: 80 nH of loop inductance with 1 nF of device capacitance rings near 17 MHz, and a two-stage 2.2 nF plus 4.7 nF network cut 680 V spikes to 290 V. Six selection steps and two platform cases.","cat":"technical","label":"Technical","color":"#64777c"},{"title":"HV Rectifier Diode Avalanche Rating for MRI Gradient Freewheeling","url":"/Quality/capacitor_blog/49889.html","date":"2026-09-24","desc":"Avalanche limits for freewheeling diodes in MRI gradients: a 1.2 mH coil at 280 A stores 47 J, reversal overcurrent pushes measured energy to 87 J, and datasheet EAS falls 40% to 50% at a 125 °C junction. Includes six selection steps and two platform cases.","cat":"diodes","label":"Diodes","color":"#059669"},{"title":"Active Clamp Capacitor and TVS Selection for MRI Gradient Supplies","url":"/Quality/capacitor_blog/49888.html","date":"2026-09-24","desc":"Size the active-clamp capacitor from the measured leakage energy: with 5 µH and 10 A, C_clamp reaches 0.625 µF. Set the TVS breakdown 15% to 20% above the clamp voltage, hold ESR below 15 mΩ and screen at PD ⤠5 pC. Four field failures and six design steps follow.","cat":"technical","label":"Technical","color":"#64777c"},{"title":"Y Capacitor Selection for MRI Gradient EMI and Leakage Safety","url":"/Quality/capacitor_blog/49887.html","date":"2026-09-24","desc":"Y capacitors in MRI gradient supplies must suppress common-mode noise and stay inside the 10 µA patient leakage limit. At 50 Hz and 230 V, one 4700 pF part draws 0.34 mA. Use four to six Y1 parts of 1 nF to 2.2 nF with ESL below 20 nH and 8 kV impulse withstand.","cat":"technical","label":"Technical","color":"#64777c"},{"title":"HV Isolation Capacitor Design for Gradient Amplifier Auxiliary Power","url":"/Quality/capacitor_blog/49886.html","date":"2026-09-24","desc":"Isolation capacitance in gradient auxiliary supplies must hold control ground steady without breaking the 10 µA patient limit. At 50 Hz and 230 V, 1 nF draws 72 µA. Use N4700 parts with DF below 0.1%, ESL below 20 nH and 8 kV withstand, plus a series fault-current resistor.","cat":"technical","label":"Technical","color":"#64777c"},{"title":"RF Matching Capacitor Frequency Multiplexing for Multinuclear MRI","url":"/Quality/capacitor_blog/49885.html","date":"2026-09-24","desc":"Multinuclear MRI needs one switchable LC branch per nucleus: with a 200 nH coil, ¹H at 128 MHz takes 7.8 pF, ³¹P at 52 MHz 47 pF and ²³Na at 34 MHz 110 pF. Use N4700 parts with DF below 0.1%, ESL below 15 nH and SRF above 1 GHz.","cat":"rf","label":"RF Power","color":"#7c3aed"},{"title":"Compact High-Voltage Capacitors for Mobile Stroke Unit CT","url":"/Quality/capacitor_blog/49884.html","date":"2026-09-23","desc":"Cut a Mobile Stroke Unit CT high-voltage source to one-third volume with a 100 kHz inverter, capacitor DF below 0.15%, loop ESL below 30 nH, and an oil-potted multiplier chain. Covers the volume, spike, and vibration relations and the screening steps that hold 140 kV.","cat":"medical","label":"Medical","color":"#dc2626"},{"title":"High-Precision Filter Capacitors for Dedicated Breast 3D-Helical CT","url":"/Quality/capacitor_blog/49883.html","date":"2026-09-23","desc":"Breast 3D-helical CT holds kV inside 0.5% because soft-tissue contrast is only 5 HU. Size the filter from the sag and ripple terms together: about 8 uF at 100 kV, 20 mA, and 50 kHz. Covers kV-to-HU drift, two-stage pi filtering, Class I parts, and FPGA feedforward.","cat":"technical","label":"Technical","color":"#64777c"},{"title":"Pulse Energy-Storage Capacitors for Aero-Engine Blade Industrial CT","url":"/Quality/capacitor_blog/49882.html","date":"2026-09-23","desc":"A 6 MeV Linac needs 83 nF of primary storage for 200 J per pulse at 80 kV, and 120-170 nF in a real bank. Covers the energy, peak-current, and loop-inductance relations, a 36 kA surge, balancing resistors, DF_eff limits, and PD screening past 10 million pulses.","cat":"applications","label":"Applications","color":"#2563eb"},{"title":"N4700 High-Voltage Disc Capacitors for Oil-Immersed CT Tanks","url":"/Quality/capacitor_blog/49881.html","date":"2026-09-23","desc":"Oil-immersed CT tanks degrade disc capacitor insulation. Each 1% of oil absorption costs 3-6% of DC breakdown voltage, and PD inception voltage falls 20-40% before a standard test fails. Covers swelling, field division, Weibull life, and the margin that holds a five-year life.","cat":"medical","label":"Medical","color":"#dc2626"},{"title":"High-Voltage Pulsed Capacitors for Digital X-Ray Tube Grid Control","url":"/Quality/capacitor_blog/49880.html","date":"2026-09-23","desc":"Grid control needs a 3 kV step in under 1 µs, which sets 3,000 V/µs on average and local dv/dt peaks near 10,000 V/µs. Hold ESR below 0.5 Ω, ESL below 5 nH, and a dv/dt rating above 10 kV/µs so the beam cuts off fully and exposure timing holds.","cat":"medical","label":"Medical","color":"#dc2626"},{"title":"Parasitic Capacitance Shifts Resonant Frequency in CT Generators","url":"/Quality/capacitor_blog/49879.html","date":"2026-09-23","desc":"Stray capacitance from transformer windings, PCB traces, and high-voltage cables adds to the resonant capacitor. A 5% frequency shift cuts voltage gain to 0.81 at Q = 5, about 19% of output power. Model the strays in 3D and reserve 20% margin on the resonant capacitor.","cat":"medical","label":"Medical","color":"#dc2626"},{"title":"Capacitor Leakage Control Cuts CT Standby Power to 30 W","url":"/Quality/capacitor_blog/49878.html","date":"2026-09-23","desc":"A bank of 30 capacitors rated 1 TΩ burns 1.3 W at 120 kV and 70 °C, while the same bank rated 10 TΩ burns 0.13 W. Specify 10^13 Ω insulation resistance, keep capacitor bodies below 55 °C, and hold the leakage share under 1 W of a 30 W standby target.","cat":"medical","label":"Medical","color":"#dc2626"},{"title":"Partial Discharge of HV Ceramic Capacitors at 4000 m Altitude","url":"/Quality/capacitor_blog/49877.html","date":"2026-09-23","desc":"At 4,000 m the air holds 61.6 kPa instead of 101.3 kPa, so the breakdown field falls from 30 kV/cm to 18.2 kV/cm. Scale the withstand voltage by 1.30, add 30â40% to creepage distance, test in a 60 kPa chamber at PD up to 5 pC, and hold encapsulation voids below 0.1%.","cat":"technical","label":"Technical","color":"#64777c"},{"title":"HV Ceramic Capacitors for Next-Generation Solid-State CT Generators","url":"/Quality/capacitor_blog/49876.html","date":"2026-09-23","desc":"Solid-state CT generators switch at 200 kHz to 1 MHz and lose the oil that used to carry heat and insulation. This guide gives the loss, thermal, and interface field equations, the three failure paths, and the capacitor spec that holds 80-150 kV accuracy.","cat":"medical","label":"Medical","color":"#dc2626"},{"title":"Ripple Current Heating in MRI Gradient DC-Link Capacitors","url":"/Quality/capacitor_blog/49875.html","date":"2026-09-23","desc":"One DC-Link capacitor on a 3T gradient bus can carry 400 A rms of ripple, and 5 mΩ of ESR turns that into 1.5 kW of heat. It gives the self-heating, life, and discharge equations, the four failure paths, and the cooling design that holds the hot spot under 95 °C.","cat":"technical","label":"Technical","color":"#64777c"},{"title":"High Voltage Snubber Capacitors for CT Tube Arcing Protection","url":"/Quality/capacitor_blog/49874.html","date":"2026-09-22","desc":"A CT tube arc shorts the anode and cathode in tens of nanoseconds and pushes 19.6 J of stored energy back into the generator. This guide gives the clamp capacitance, the layout limits, and the capacitor ratings that keep the protection network alive.","cat":"medical","label":"Medical","color":"#dc2626"},{"title":"Capacitor Models for FPGA Co-Simulation in CT HV Generators","url":"/Quality/capacitor_blog/49873.html","date":"2026-09-22","desc":"A 1% capacitance error moves the filter resonant frequency by 0.5% and can cut the FPGA loop phase margin from 45° to 38°. This guide covers the C(V, f, T) capacitor model, gain scheduling, PRBS identification, and the lot data HVC supplies for it.","cat":"medical","label":"Medical","color":"#dc2626"},{"title":"Medical HV Capacitor Reliability Management Across Full Lifecycle","url":"/Quality/capacitor_blog/49872.html","date":"2026-09-22","desc":"A stress ratio of 0.9 instead of 0.8 shortens medical HV capacitor life b
5y about 2.4Ã. This guide covers the four-stage reliability model: stress ratio at design, Cpk at production, DF_eff and PD limits in the field, and the rebuild test list.","cat":"medical","label":"Medical","color":"#dc2626"},{"title":"High Voltage Capacitors for Cost-Effective Veterinary CT Systems","url":"/Quality/capacitor_blog/49871.html","date":"2026-09-22","desc":"Veterinary CT passed USD 1.5 billion in 2025, and clinics buy on price. This guide gives the ripple limit that sets filter capacitance at 120 kV and 20 mA, the Class I dielectric values to keep, and the three cost traps that raise field returns.","cat":"medical","label":"Medical","color":"#dc2626"},{"title":"HV Divider Resistor and Capacitor Matching for CT Generators","url":"/Quality/capacitor_blog/49870.html","date":"2026-09-22","desc":"A CT generator reads 140 kV through an RC divider, and a broken time-constant match turns into a 2.5% feedback error. Match both arms within 0.5%, keep dielectric absorption below 0.1%, measure C, DF_eff and ESR at 20 kHz to 100 kHz, and hold the kV feedback error within 0.3%.","cat":"medical","label":"Medical","color":"#dc2626"},{"title":"Paschen Law Mitigation for CT High Voltage at Altitude","url":"/Quality/capacitor_blog/49869.html","date":"2026-09-22","desc":"Thin air above 3,000 m cuts the insulation strength of every CT high-voltage gap: a 5 mm gap that holds 17 kV at sea level breaks down near 11 kV at 4,000 m. Apply the altitude factor k_c = e^(H/8150), add 40% to 60% creepage, seal the tank, and screen PD at the site pressure.","cat":"medical","label":"Medical","color":"#dc2626"},{"title":"N4700 Filter Capacitors for CT Slip-Ring Noise Suppression","url":"/Quality/capacitor_blog/49868.html","date":"2026-09-22","desc":"Slip-ring noise reaches the CT detector by common-mode, inductive and capacitive coupling. Contact noise hits tens of volts and shifts the DAS clock. Read the coupling model, six suppression steps and the N4700 bypass parameters that hold detector jitter below 100 ps RMS.","cat":"medical","label":"Medical","color":"#dc2626"},{"title":"N4700 Buffer Capacitors for Mobile CT Vehicle Power","url":"/Quality/capacitor_blog/49867.html","date":"2026-09-22","desc":"Vehicle generators swing ±10% in voltage and ±2 Hz in frequency, and the CT bus sags below 80% of nominal on start. Here are the buffer energy balance, the ESR limit that keeps the bank cool, and six design steps that hold the high-voltage bus within 5%.","cat":"medical","label":"Medical","color":"#dc2626"},{"title":"N4700 Pulse Capacitors for DSA Angiography kV Switching","url":"/Quality/capacitor_blog/49866.html","date":"2026-09-22","desc":"A DSA pulse of 80 kV, 200 mA and 10 ms needs 160 J, and the storage bank must refill inside the 23.3 ms between pulses. Here are the pulse energy balance, the 45.5 µs loop constant behind the 100 µs edge, and six steps that hold inter-pulse variation within ±2%.","cat":"applications","label":"Applications","color":"#2563eb"},{"title":"Balancing Resistors and N4700 Capacitors for HV Multiplier Chains","url":"/Quality/capacitor_blog/49865.html","date":"2026-09-22","desc":"In a 12-stage chain at 140 kV each capacitor carries 11.7 kV, and a part 10% below nominal takes 12.9 kV against a 13 kV rating. Here are the divider maths, the bleeder resistor limits and the 3.3 ms rebalance constraint under pulsed load.","cat":"resistors","label":"Resistors","color":"#ea580c"},{"title":"Vishay HVCC Alternative Capacitors for CT High Voltage Generators","url":"/Quality/capacitor_blog/49864.html","date":"2026-09-21","desc":"Vishay HVCC lead times now run 26 to 52 weeks and spot prices follow allocation. This guide lists the benchmark values that decide a safe CT generator alternative: DF at 1 kHz and 100 kHz, PD at 1.5 times rated voltage, temperature drift, package fit, and lot to lot spread.","cat":"replacement","label":"Alternative for Brands","color":"#0757a2"},{"title":"TDK HV Leaded Capacitor EOL Replacement for CT Generators","url":"/Quality/capacitor_blog/49863.html","date":"2026-09-21","desc":"TDK has ended several leaded high voltage capacitor series, and the remaining values run past 52 weeks at 4 times the old price. Three checks decide a CT generator replacement: PD at 1.5 times rated voltage, loop loss at the switching frequency, and thermal rise in oil.","cat":"replacement","label":"Alternative for Brands","color":"#0757a2"},{"title":"How to Verify Domestic Alternative HV Capacitors for CT Generators","url":"/Quality/capacitor_blog/49862.html","date":"2026-09-21","desc":"A sample that passes at plus or minus 3 percent and 4 pC can still come from a lot where 8 percent of the parts drift past 20 pC after aging. This guide gives the checks that tell a sample pass apart from a stable supply: lot spread, temperature drift, and aging thresholds.","cat":"replacement","label":"Alternative for Brands","color":"#0757a2"},{"title":"CT High Voltage Module BOM Cost Down for Capacitor Alternatives","url":"/Quality/capacitor_blog/49861.html","date":"2026-09-21","desc":"Capacitor cost c
5arries 20 to 35 percent of a CT generator high voltage BOM, and the specification sets most of it. This guide breaks the cost into four terms, defines the margin coefficient that marks over-design, and gives six steps that cut BOM cost while performance holds.","cat":"replacement","label":"Alternative for Brands","color":"#0757a2"},{"title":"Ultra-HV Ceramic Capacitors for Ion Implanters and EBL Tools","url":"/Quality/capacitor_blog/49860.html","date":"2026-09-21","desc":"Ion implanters and e-beam lithography tools run 30 kV to 150 kV rails with ripple under 0.1% and partial discharge at or below 2 pC. This guide gives the multiplier-chain equations, the ICP-MS purity limits, the FIT calculation, and the N4700 part data that meets them.","cat":"technical","label":"Technical","color":"#64777c"},{"title":"HV Capacitor Second Sourcing Hurdles and How to Avoid Them","url":"/Quality/capacitor_blog/49859.html","date":"2026-09-21","desc":"Two 40 kV parts with the same datasheet label can differ by 35% in DF_eff at 50 kHz, which adds 18% ripple and 12 °C of rise on an 80 kV generator. This guide covers the hidden parameters, the loss equations, the Cpk screen, and six steps that make a dual-source system safe.","cat":"supply","label":"Supply Chain","color":"#ca8a04"},{"title":"HVCA DeanTech Capacitor Alternatives for Localized CT Supply","url":"/Quality/capacitor_blog/49858.html","date":"2026-09-21","desc":"HVCA/DeanTech high-voltage capacitors match on most catalog lines, and overseas leads run 16 to 24 weeks against 6 to 8 weeks for a domestic source. This guide gives the benchmark dimensions, the safety-stock equations, and six steps for a localized CT part supply.","cat":"replacement","label":"Alternative for Brands","color":"#0757a2"},{"title":"Geopolitical Risk Mitigation for CT High-Voltage Component Supply","url":"/Quality/capacitor_blog/49857.html","date":"2026-09-21","desc":"A single overseas source scores 1.0 on the external dependency index, while a 50/50 split scores 0.25. This guide covers the risk-transmission path, the safety-stock and landed-cost equations, the 8 to 12 week buffer rule, and six steps toward resilient CT part supply.","cat":"medical","label":"Medical","color":"#dc2626"},{"title":"Capacitor Pack Standards for CT Scanner Aftermarket Repair","url":"/Quality/capacitor_blog/49856.html","date":"2026-09-21","desc":"Repainted and mixed-batch capacitor packs pass a withstand test and then fail in the CT tank within 3 to 12 months. Set four acceptance limits for a repair pack: DF_eff at or below 0.05% at 1 kHz, PD at or below 5 pC, capacitance spread within 2%, and a six-step system check.","cat":"medical","label":"Medical","color":"#dc2626"},{"title":"Oil and Capacitor Insulation Design for CT High Voltage Tanks","url":"/Quality/capacitor_blog/49855.html","date":"2026-09-21","desc":"About 35% of returned CT tanks fail on oil chemistry, not on field strength. This guide gives the swelling and acid-number limits that decide tank life, plus six steps: a 90 C pairing test, 10 um oil filtration, vacuum filling below 10 Pa and a 1000-hour aging screen.","cat":"medical","label":"Medical","color":"#dc2626"},{"title":"N4700 Dielectric Capacitors for CT High Voltage Power Supplies","url":"/Quality/capacitor_blog/49854.html","date":"2026-09-20","desc":"N4700 Class I dielectric holds capacitance within 1 % at rated voltage and keeps DF below 0.5 %, where Y5T and Y5P lose 10 % to 30 % and reach 2 % to 5 % DF. Recalculate multiplier droop with C_eff and hold the hot spot under 85 °C on CT HV nodes.","cat":"medical","label":"Medical","color":"#dc2626"},{"title":"Electrostriction in Ceramic Capacitors Causes CT Acoustic Noise","url":"/Quality/capacitor_blog/49853.html","date":"2026-09-20","desc":"Ceramic capacitor electrostriction vibrates the part at twice the switching frequency, and board resonances bring that tone into the audible band inside a CT scanner. N4700 Class I parts vibrate 50 % to 70 % less, and 4 to 6 parallel parts cut the structural response by 30 %.","cat":"medical","label":"Medical","color":"#dc2626"},{"title":"Micro-Crack Detection in HV Disc Capacitors for CT Supplies","url":"/Quality/capacitor_blog/49852.html","date":"2026-09-20","desc":"Cracked HV disc capacitors pass capacitance, DF and insulation tests, then fail in the field three months later. This guide gives the crack-tip field equation, the PD life law, four non-destructive methods, and the screening limits that hold CT field failures down.","cat":"medical","label":"Medical","color":"#dc2626"},{"title":"Partial Discharge Limits and HV Capacitor Lifetime for CT Scanners","url":"/Quality/capacitor_blog/49851.html","date":"2026-09-20","desc":"Every tenfold rise in partial discharge cuts HV capacitor life b
5y about ten times. This guide gives the Townsend inception condition, the energy released per event, the inverse power law that links apparent charge to service hours, and the 5 pC limit that protects a CT node.","cat":"medical","label":"Medical","color":"#dc2626"},{"title":"Where Self-Healing Works in HV Capacitors for CT Generators","url":"/Quality/capacitor_blog/49850.html","date":"2026-09-20","desc":"Self-healing protects a metallized film capacitor below 1 kV, and stops protecting it at 80 kV. This guide gives the arc-energy, dielectric-strength and injected-current equations, compares both failure modes, and sets the node-by-node selection rule for CT generators.","cat":"medical","label":"Medical","color":"#dc2626"},{"title":"Dissipation Factor Degradation in HV Capacitors with Frequency","url":"/Quality/capacitor_blog/49849.html","date":"2026-09-20","desc":"Capacitor loss climbs with switching frequency, and a 1 kHz reading hides it. This guide derives the Debye relaxation model, separates the four loss terms inside Class I ceramic, and gives the weighted DF_eff metric and the 3 kV/mm field limit.","cat":"technical","label":"Technical","color":"#64777c"},{"title":"Epoxy Coating Aging and Cracking in HV Disc Capacitors for CT","url":"/Quality/capacitor_blog/49848.html","date":"2026-09-20","desc":"Epoxy CTE above 30 ppm/°C or T_g below 130 °C opens radial cracks at â20 °C startup, and moisture along the crack cuts surface flashover voltage 30% to 50%. This guide gives the five aging paths, their stress equations, and the screening that holds a CT capacitor coat intact.","cat":"technical","label":"Technical","color":"#64777c"},{"title":"Ceramic Capacitor Voltage Coefficient in CT Voltage Multipliers","url":"/Quality/capacitor_blog/49847.html","date":"2026-09-20","desc":"Class II ceramics lose 30% to 60% of nominal capacitance under DC bias, so a 150 kV multiplier chain designed on marked values misses its ripple target. This guide gives the voltage coefficient definition, the ripple equation built on effective capacitance, and six steps.","cat":"medical","label":"Medical","color":"#dc2626"},{"title":"Why HV Capacitors Fail After Long-Term Storage in a Warehouse","url":"/Quality/capacitor_blog/49846.html","date":"2026-09-20","desc":"1000 h at 0.1 ppm H2S raises ESR 20% to 50%, and six months at 40 °C/90%RH adds 0.3% to 0.5% moisture and cuts breakdown voltage 10% to 20%. This guide covers the four storage aging paths, their rate equations, and the re-test and repackaging rules for CT spare parts.","cat":"technical","label":"Technical","color":"#64777c"},{"title":"Murata DHS EOL Replacement Roadmap for CT Capacitors","url":"/Quality/capacitor_blog/49845.html","date":"2026-09-20","desc":"Murata DHS/DHR EOL left many CT generator designs without parts. A valid replacement matches capacitance within ±5%, voltage rating, loss at 1 kHz and 100 kHz, and PD at 1.5 times rated voltage, plus the package. This guide gives the four match conditions and the test plan.","cat":"replacement","label":"Alternative for Brands","color":"#0757a2"},{"title":"Capacitor Moisture Protection and HV Insulation for Security CT","url":"/Quality/capacitor_blog/49844.html","date":"2026-09-19","desc":"Security CT in cold and humid regions fails on surface water films. Creepage above 450 mm, a chamber 5 K above the dew point, epoxy water absorption under 0.1 % and N4700 Class I discs with PD under 5 pC at 1.2x rated voltage keep flashover out of the cabinet.","cat":"technical","label":"Technical","color":"#64777c"},{"title":"Silver Ion Electromigration Failure in HV Ceramic Capacitors","url":"/Quality/capacitor_blog/49843.html","date":"2026-09-19","desc":"Silver ion electromigration shorts HV ceramic capacitors below rated voltage. Hold the working field under 60 % of the material threshold, keep internal moisture below 1000 ppm, hold the hot spot under 85 °C, and screen every lot with HAST at 130 °C / 85 % RH.","cat":"technical","label":"Technical","color":"#64777c"},{"title":"HV Capacitor Layout and Thermal Design for Dental CBCT C-Arm Heads","url":"/Quality/capacitor_blog/49842.html","date":"2026-09-19","desc":"Hold the capacitor hot spot below 85 °C and partial discharge below 5 pC in a sealed dental CBCT C-arm head. A 2 mm aerogel barr
5ier plus a bonded heat path move a 90 kV head from a 108 °C hot spot to 79 °C, with N4700 Class I dielectric holding DF_eff below 0.1%.","cat":"medical","label":"Medical","color":"#dc2626"},{"title":"Low-Dose Dental Imaging Filter Capacitors for Pure HV Pulses","url":"/Quality/capacitor_blog/49841.html","date":"2026-09-19","desc":"Hold tube-voltage ripple at or below 0.5% and first-pulse overshoot below 2% in a low-dose dental CBCT generator. X-ray flux follows Φ â (kVp)^n, so 1% of kV ripple becomes 2â2.5% of flux variation. Size the final filter from C_min = (I_load · t_pulse) / (0.005 · Vâ).","cat":"medical","label":"Medical","color":"#dc2626"},{"title":"Partial Discharge Warning Signs in Dental CT HV Tanks","url":"/Quality/capacitor_blog/49840.html","date":"2026-09-19","desc":"Irregular crackling from a dental CT tank within seconds of power-on points to partial discharge. Hold PD at or below 5 pC, because above that level the inverse power law L = Lâ · (V_r / V_a)^k with k between 7 and 12 shortens life fast. Trend PD quarterly.","cat":"medical","label":"Medical","color":"#dc2626"},{"title":"HV Capacitor Selection for Refurbishing Legacy Sirona Dental CT","url":"/Quality/capacitor_blog/49839.html","date":"2026-09-19","desc":"Refurbish a legacy Sirona dental CT high-voltage tank with DF_eff below 0.15%, PD at or below 5 pC, and a rated voltage at 1.4à the working voltage. Aged filter parts lose 10â30% of capacitance and can triple in ESR. Run 85 °C, rated voltage, 1000 h aging with Îtanδ below 20%.","cat":"medical","label":"Medical","color":"#dc2626"},{"title":"Preventing Bubble Breakdown in Dental CBCT High Voltage Tanks","url":"/Quality/capacitor_blog/49838.html","date":"2026-09-19","desc":"Dental CBCT HV tanks fail when oil-filling bubbles start partial discharge at the capacitor surface. This guide gives the field math, the water and gas limits of 10 ppm and 1%, the degassing schedule at 60â80 °C and 100 Pa, and the 5 pC PD acceptance value.","cat":"medical","label":"Medical","color":"#dc2626"},{"title":"Mega Power Capacitor Arrays for Cargo Container CT Scanners","url":"/Quality/capacitor_blog/49837.html","date":"2026-09-19","desc":"Cargo container CT needs tube voltages from 450 kV to 6 MV and pulse power in the tens to hundreds of kilowatts. Size the storage bank from the droop limit, add a 2â3à margin, balance every series unit, and hold the capacitor hot spot below 85 °C.","cat":"medical","label":"Medical","color":"#dc2626"},{"title":"HV Side EMI Filter Capacitors for Security CT Detectors","url":"/Quality/capacitor_blog/49836.html","date":"2026-09-19","desc":"Security CT detector noise rises when HV switching noise reaches the front end. Set the LC filter cutoff below one tenth of the switching frequency, reach 60 dB of insertion loss, keep capacitor ESL in the low nanohenries, and return the filter ground on the shortest path.","cat":"medical","label":"Medical","color":"#dc2626"},{"title":"HV Multiplier Module Capacitors for Subway Security CT","url":"/Quality/capacitor_blog/49835.html","date":"2026-09-19","desc":"Subway security CT modules fit a checkpoint width under 0.8 m by integrating the HV multiplier chain. The droop term grows with the cube of the stage count, so keep at least 220 pF per stage, hold DF_eff under 0.5%, and hold the parasitic inductance below 5 nH.","cat":"technical","label":"Technical","color":"#64777c"},{"title":"High-Voltage Capacitors for Micro-CT kV Stability and Resolution","url":"/Quality/capacitor_blog/49834.html","date":"2026-09-18","desc":"A micro-CT that must show a 10 µm edge cannot accept a 0.01% kV shift. This guide gives the Duane-Hunt and CT-number relations, the drift limit that sets 25 ppm/h over a 2 h scan, and six design steps with the Class I capacitor specs that hold kV steady.","cat":"medical","label":"Medical","color":"#dc2626"},{"title":"225 kV Capacitor Reliability for Aerospace Composite CT Inspection","url":"/Quality/capacitor_blog/49833.html","date":"2026-09-18","desc":"A 225 kV supply for aerospace composite CT must share volts evenly across 8 to 10 series capacitors and hold PD below 5 pC. This guide gives the sharing law, the Paschen corona threshold, the Arrhenius life law, and six steps that keep the output steady for a 4 h scan.","cat":"medical","label":"Medical","color":"#dc2626"},{"title":"HV Capacitor Temperature Rise Control for Online EV Battery CT","url":"/Quality/capacitor_blog/49832.html","date":"2026-09-18","desc":"Capacitor loss below 60 mW per part and a rise under 10 K keep a pulsed filter bank running 24/7 on an EV battery CT line. Gives the three loss terms, the thermal-resistance model, the Arrhenius life rule, and six design steps from Class I ceramic parts to automatic derating.","cat":"technical","label":"Technical","color":"#64777c"},{"title":"HV Capacitor Packaging for Casting CT Under Oil and Vibration","url":"/Quality/capacitor_blog/49831.html","date":"2026-09-18","desc":"Vacuum potting, creepage sized for pollution degree 3 or 4, and body clamping keep an HV capacitor alive on a foundry floor. Covers oil-film surface leakage, 2 g to 10 g vibration fatigue, thermal-cycling cracks, and six packaging steps with test data.","cat":"medical","label":"Medical","color":"#dc2626"},{"title":"HV Capacitor Stability for Nano-CT Feedback Loop Accuracy","url":"/Quality/capacitor_blog/49830.html","date":"2026-09-18","desc":"A compensation capacitor at ±30 ppm/°C and DF_eff below 0.1% holds the Nano-CT feedback loop phase margin above 45° from 25 °C to 65 °C. Covers divider delay, c
5ompensation drift, settling time, and six design steps with measured data from a 130 kV system.","cat":"medical","label":"Medical","color":"#dc2626"},{"title":"High-Temperature HV Capacitor Design for Oil Well Logging CT","url":"/Quality/capacitor_blog/49829.html","date":"2026-09-18","desc":"Leakage under 1 µA at 150 °C and a rise under 5 K let an N4700 part rated to 175 °C carry a logging CT bias supply through a 155 °C borehole. Covers the polarization, leakage, and Arrhenius models, six design steps, and field data from 4,500 m.","cat":"applications","label":"Applications","color":"#2563eb"},{"title":"Capacitor Failure Prevention in Industrial CT High Voltage Generators","url":"/Quality/capacitor_blog/49828.html","date":"2026-09-18","desc":"Capacitor aging causes 30%â40% of industrial CT high-voltage generator failures. This handbook gives the four aging indicators, the voltage-temperature life model, derating targets of 70% voltage and 85 °C hot spot, and a six-step preventive replacement plan.","cat":"medical","label":"Medical","color":"#dc2626"},{"title":"Capacitor Redundancy Design in High Power Industrial CT Generators","url":"/Quality/capacitor_blog/49827.html","date":"2026-09-18","desc":"A 450 kV industrial CT generator with 40 kV per stage needs 1.5â2.0à voltage redundancy on every capacitor. It gives the inverse power law for derating, the series grading condition, the parallel reliability gain from 0.990 to 0.9999 over ten stages, and six design steps.","cat":"medical","label":"Medical","color":"#dc2626"},{"title":"Lightweight Capacitors for Portable Heritage CT High Voltage Sources","url":"/Quality/capacitor_blog/49826.html","date":"2026-09-18","desc":"Replacing oil-immersed capacitors with Class I ceramic parts cut a 90 kV portable heritage CT module from 12 kg to 3.8 kg and lifted battery runtime from 4 to 7 hours. Includes energy-density, multiplier ripple and leakage relations, plus six design strategies.","cat":"medical","label":"Medical","color":"#dc2626"},{"title":"Voltage Multiplier Optimization for High Penetration Large Casting CT","url":"/Quality/capacitor_blog/49825.html","date":"2026-09-18","desc":"A 450 kV/15 mA casting CT chain built from fifteen 30 kV stages produced 1.2 kV of ripple; four stages of 100 kV/22 nF cut that to 90 V. Includes multiplier ripple, capacitor current-stress and effective DF relations, plus six strategies to hold ripple under 0.05%.","cat":"applications","label":"Applications","color":"#2563eb"},{"title":"Ultra-Low Ripple Capacitors for Photon-Counting CT Power Supplies","url":"/Quality/capacitor_blog/49824.html","date":"2026-09-17","desc":"Ripple above ±0.05% at 140 kV moves photon-counting CT energy bins and pushes the iodine error past 3%. This guide gives the ripple equation, the two-stage filter architecture, the N4700 dielectric spec, and the PD â¤5 pC screening level.","cat":"medical","label":"Medical","color":"#dc2626"},{"title":"Crosstalk Suppression in Dual-Source CT Asynchronous Exposure Systems","url":"/Quality/capacitor_blog/49823.html","date":"2026-09-17","desc":"Two asynchronous generators in one gantry couple through the ground plane, the shared bus, and the cable shields. This guide gives the displacement-current equations, the three control barriers, and six steps from star grounding to Y-capacitor bypass worth 20â30 dB.","cat":"medical","label":"Medical","color":"#dc2626"},{"title":"Filter Capacitors for 160 kW Wide-Bore 256-Slice CT Generators","url":"/Quality/capacitor_blog/49822.html","date":"2026-09-17","desc":"A 256-slice wide-bore CT packs 160 kW into an annulus under one meter across and spins it above 200 rpm. This guide gives the storage, loss, and 20 g acceleration equations, plus six steps that cut the filter bank volume by 30% to 50%.","cat":"medical","label":"Medical","color":"#dc2626"},{"title":"Low-Inductance Capacitors for Fast kV Switching in Spectral CT","url":"/Quality/capacitor_blog/49821.html","date":"2026-09-17","desc":"Spectral CT must settle an 80 kV to 140 kV jump inside ±0.5% in under a millisecond, and loop inductance sets whether that happens. This guide gives the step-response equations, the three barr
5iers, and six steps that cut settling time from 1.2 ms to 0.4 ms.","cat":"technical","label":"Technical","color":"#64777c"},{"title":"Motion Artifact Control in Premium Cardiac CT High Voltage Supplies","url":"/Quality/capacitor_blog/49820.html","date":"2026-09-17","desc":"Tube voltage ripple below ±0.02% and a filter time constant under 5 ms keep cardiac CT images consistent all day. Includes the ripple, ECG phase, and voltage sag equations, the 200â500 nF filter bank values, and the N4700 capacitor parameters for 140 kV generators.","cat":"medical","label":"Medical","color":"#dc2626"},{"title":"Long Term Reliability of Large Bore RT-CT High Voltage Systems","url":"/Quality/capacitor_blog/49819.html","date":"2026-09-17","desc":"Loss heat sets the life of a large bore RT-CT tank. A 15 W bank on an 8 °C/W path rises 120 °C, while a Class I bank with DF below 0.1% dissipates 1 W. Includes the loss, Arrhenius life, and partial discharge equations, plus the screening and thermal steps for a ten-year life.","cat":"medical","label":"Medical","color":"#dc2626"},{"title":"Filter Capacitor Matching for Dynamic Volume CT Feedback Loops","url":"/Quality/capacitor_blog/49818.html","date":"2026-09-17","desc":"Match the filter capacitor to the control loop before tuning the gains. A pole below 100 Hz, a 1â3 kHz bandwidth, phase margin above 45°, and 100â300 nF values hold kV sag within ±0.3% under millisecond AEC current steps in dynamic volume CT.","cat":"medical","label":"Medical","color":"#dc2626"},{"title":"Precision Filtering for Detector Bias in Photon Counting CT","url":"/Quality/capacitor_blog/49817.html","date":"2026-09-17","desc":"Photon counting detectors need bias ripple below 50â100 µV peak to peak: 1 mV on a 1,000 V bias is 1 ppm of field change. Includes the drift, LC-Ï attenuation, and thermal noise equations, plus the Class I dielectric, layout, and screening steps for the microvolt target.","cat":"technical","label":"Technical","color":"#64777c"},{"title":"Snubber Capacitors to Intercept Slip-Ring Spikes in CT Gantry","url":"/Quality/capacitor_blog/49816.html","date":"2026-09-17","desc":"Slip-ring arcs in a CT gantry inject 2 kV to 5 kV spikes with rise times near 10 ns. This guide covers the arc model, the spike spectrum above 10 MHz, the RC snubber energy balance, and six interception strategies with the N4700 capacitor specs that keep the snubber alive.","cat":"medical","label":"Medical","color":"#dc2626"},{"title":"CT High-Voltage Capacitor Alternatives for a Secure Supply Chain","url":"/Quality/capacitor_blog/49815.html","date":"2026-09-17","desc":"CT high-voltage capacitors carry overseas lead times of 36 to 52 weeks. This guide quantifies the shortage risk, ranks the CT component groups by how hard they are to replace, sets the three gates a local part must clear, and gives six steps for a controlled second source.","cat":"replacement","label":"Alternative for Brands","color":"#0757a2"},{"title":"Capacitor Selection for Low-Energy Mammography X-Ray Power Supplies","url":"/Quality/capacitor_blog/49814.html","date":"2026-09-16","desc":"At 25-35 kV and 100-300 mA a mammography supply needs kV ripple below 0.1%. Why excess voltage margin hurts: thick dielectric, low capacitance density, weak low-field linearity. The 1.3-1.8x margin rule, the three-stage filter, the self-resonant limit, and N4700 data.","cat":"medical","label":"Medical","color":"#dc2626"},{"title":"Anti-Vibration Capacitor Design for Mobile Vehicle X-Ray Generators","url":"/Quality/capacitor_blog/49813.html","date":"2026-09-16","desc":"Mobile X-ray generators see 5-20 g RMS of road vibration and shocks above 50 g. How cracks start at the lead root, why a hard potting compound makes it worse, and the two-stage damping, clamp mounting, low-modulus potting and inspection steps that keep the ceramic intact.","cat":"medical","label":"Medical","color":"#dc2626"},{"title":"Energy-Storage Capacitors for DSA Pulse Response in Angiography","url":"/Quality/capacitor_blog/49812.html","date":"2026-09-16","desc":"How to size the energy-storage bank in a DSA generator: the droop equation that sets the minimum c
5apacitance for a 200 us to 1 ms pulse, the loop inductance limit that holds the rise time under 200 us, and seven design steps.","cat":"applications","label":"Applications","color":"#2563eb"},{"title":"Filter Capacitors for MHz Ripple Suppression in X-Ray Generators","url":"/Quality/capacitor_blog/49811.html","date":"2026-09-16","desc":"How to suppress MHz switching noise at the X-ray generator output: the self-resonant frequency of each filter capacitor, the parallel resonance trap between large and small banks, the inrush and Y-capacitance limits, and a band-by-band selection method.","cat":"medical","label":"Medical","color":"#dc2626"},{"title":"Enclosure Layout and Capacitor Shielding for X-Ray Generator EMI","url":"/Quality/capacitor_blog/49810.html","date":"2026-09-16","desc":"How to pass medical EMC testing with an X-ray HV generator: dirty-zone and clean-zone partitioning, seam bonding that moves 1.5 GHz leakage out of band, feed-through capacitor grounding, HV capacitor return paths, and Y-capacitance limits.","cat":"medical","label":"Medical","color":"#dc2626"},{"title":"Ceramic Capacitors for 150 kV Insulation Clearance Design","url":"/Quality/capacitor_blog/49809.html","date":"2026-09-16","desc":"How to design a compact 150 kV insulation layout: field concentration at 0.5 mm lead tips, surface flashover thresholds on epoxy, series capacitor voltage imbalance, grading resistor sizing, and altitude correction for air clearance.","cat":"technical","label":"Technical","color":"#64777c"},{"title":"HV Y Capacitors for Common-Mode Noise in X-Ray Generators","url":"/Quality/capacitor_blog/49808.html","date":"2026-09-16","desc":"Where common-mode noise on the X-ray generator HV DC side comes from, which three return paths carry it into the detector, and how to size HV Y capacitors between 470 pF and 2.2 nF without breaking the 100 µA IEC 60601-1 leakage limit.","cat":"medical","label":"Medical","color":"#dc2626"},{"title":"Grading Resistors for Voltage Balance in X-Ray Multiplier Stages","url":"/Quality/capacitor_blog/49807.html","date":"2026-09-16","desc":"Why output-end capacitors in an X-ray Cockcroft-Walton multiplier see 10% overvoltage, how to size grading resistors at 1/10 to 1/20 of insulation resistance, and the capacitance gradient that holds a 12-stage stack balanced.","cat":"medical","label":"Medical","color":"#dc2626"},{"title":"Low-ESR Filter Capacitors for X-Ray HV Transformer Impedance Matching","url":"/Quality/capacitor_blog/49806.html","date":"2026-09-16","desc":"How reflected power, filter-capacitor ESR and standing waves cost an X-ray HV generator efficiency, plus the matching, snubber and low-ESL capacitor steps that took one 80 kW CT prototype from 68% to 83%.","cat":"medical","label":"Medical","color":"#dc2626"},{"title":"HV Y Capacitor Selection for Leakage Current in X-Ray Generators","url":"/Quality/capacitor_blog/49805.html","date":"2026-09-16","desc":"Why 1 nF from the HV output to earth spends 69 µA of the 100 µA IEC 60601-1 limit, plus the leakage allocation, isolated feedback and Class I capacitor steps that keep filtering inside the limit.","cat":"medical","label":"Medical","color":"#dc2626"},{"title":"HV Ceramic Capacitor Reliability in Vibration and Thermal Shock","url":"/Quality/capacitor_blog/49804.html","date":"2026-09-15","desc":"Lead-root bending stress of 1,320 MPa against a 30-60 MPa solder fatigue limit: the stress equations, the 10-500 Hz resonance trap, and the combined vibration plus thermal-shock test that qualifies radial-lead HV ceramic capacitors for mobile X-ray equipment.","cat":"technical","label":"Technical","color":"#64777c"},{"title":"Dissipation Factor Change With Voltage in HV Ceramic Capacitors","url":"/Quality/capacitor_blog/49803.html","date":"2026-09-15","desc":"A 1 V rms datasheet DF of 0.2% predicts 2.4 W, while the real dissipation factor at operating voltage gives 24 W and a 118 C rise. The three loss mechanisms, three ways to measure DF at the operating point, and the quadratic model that keeps thermal margins honest.","cat":"technical","label":"Technical","color":"#64777c"},{"title":"Insulation Resistance Decline in X-Ray Generator HV Capacitors","url":"/Quality/capacitor_blog/49802.html","date":"2026-09-15","desc":"A 1 um water film bridging 0.1 mm2 of ceramic surface reads 1 MOhm against several GOhm at the factory. The four mechanisms behind insulation resistance decline, the 1000 V megohmmeter thresholds to act on, and the leakage divider that catches it early.","cat":"medical","label":"Medical","color":"#dc2626"},{"title":"Fast Rising Edge Pulses and Partial Discharge in HV Capacitors","url":"/Quality/capacitor_blog/49801.html","date":"2026-09-15","desc":"PDIV falls from 8.5 kV at 50 Hz to 4.1 kV under a 10 ns pulse on the same 10 kV capacitor, because i_d = C dV/dt drives 10 A into the electrode edges. The field-concentration mechanism, the discharge energy per event, and the test and snubber steps that keep PD under 5 pC.","cat":"applications","label":"Applications","color":"#2563eb"},{"title":"Fault Tree Analysis for HV Capacitor Failures in CT Generators","url":"/Quality/capacitor_blog/49800.html","date":"2026-09-15","desc":"How to build a fault tree for capacitor failures in medical CT and X-ray HV generators: the top event, the two logic gates, minimal cut sets, the X7R-to-N4700 dielectric fix, and the protection thresholds that close the arcing path.","cat":"medical","label":"Medical","color":"#dc2626"},{"title":"HV Capacitor Replacement Consistency for GE Revolution CT Platforms","url":"/Quality/capacitor_blog/49799.html","date":"2026-09-15","desc":"Why identical capacitance and voltage ratings fail on a G
5E Revolution CT platform: the DF, TCC, PD and ESR limits that decide image quality, a four-phase verification plan, and measured ripple and temperature-rise data for an N4700 replacement.","cat":"replacement","label":"Alternative for Brands","color":"#0757a2"},{"title":"High-Density Capacitor Integration for Mobile DR X-Ray Generators","url":"/Quality/capacitor_blog/49798.html","date":"2026-09-15","desc":"How to miniaturize a mobile DR high-voltage tank without raising loss: dielectric choice at DF below 0.1%, a stacked 3D layout along the potential gradient, vacuum oil filling and epoxy potting, and the tests that prove the tank is safe.","cat":"medical","label":"Medical","color":"#dc2626"},{"title":"Oil Insulation and Capacitor Layout in Dental X-Ray Tube Heads","url":"/Quality/capacitor_blog/49797.html","date":"2026-09-15","desc":"Why bubbles and local field concentration break oil-immersed dental X-ray tube heads: the bubble field multiplier, the swelling-ratio limit for encapsulation, vacuum oil-filling parameters, and capacitor layout rules for a compact head.","cat":"medical","label":"Medical","color":"#dc2626"},{"title":"Capacitor Requirements for Industrial CT and Medical CT Generators","url":"/Quality/capacitor_blog/49796.html","date":"2026-09-15","desc":"Industrial CT runs 50%-100% duty cycle at 10-50 kW; medical CT runs 1%-10% at 80-100 kW. Why the capacitor set changes: DF_eff below 0.1%, TCC ±30 ppm/°C, PD below 5 pC and ESR below 50 mΩ at 100 kHz for diagnostic scanners, plus the two lifetime models and test plans.","cat":"medical","label":"Medical","color":"#dc2626"},{"title":"Capacitor Micro-Discharge Faults in DSA High-Voltage Generator Repair","url":"/Quality/capacitor_blog/49795.html","date":"2026-09-15","desc":"A 35 pC partial-discharge site in the multiplier chain rebooted a DSA system mid-study. The three coupling paths, the layered search from low voltage to high voltage, the 5 pC replacement criterion, and the shielding and grounding steps that remove the fault for good.","cat":"applications","label":"Applications","color":"#2563eb"},{"title":"Resonant Capacitor Self-Heating and Output Drift in X-Ray Generators","url":"/Quality/capacitor_blog/49794.html","date":"2026-09-14","desc":"Self-heating in the tank capacitor drifts the kV output of an X-ray generator. See the drift equations, the three field failure patterns, and the dielectric, thermal layout, and frequency compensation steps that hold output accuracy inside ±0.5% across a long exposure sequence.","cat":"medical","label":"Medical","color":"#dc2626"},{"title":"Voltage Multiplier Efficiency for X-Ray Generator Power Supplies","url":"/Quality/capacitor_blog/49793.html","date":"2026-09-14","desc":"An 8-stage 150 kV multiplier loses efficiency to ESR charge-discharge loss and diode reverse recovery. See the droop and ripple equations, the front-heavy capacitance split, the diode t_rr and Q_rr targets, and the balancing and snubber values that lift efficiency by 3% to 8%.","cat":"medical","label":"Medical","color":"#dc2626"},{"title":"Interleaved Resonant Topology for High-Power CT X-Ray Generators","url":"/Quality/capacitor_blog/49792.html","date":"2026-09-14","desc":"Four interleaved resonant legs split 100 kW of CT tube power, cut the output ripple to 1/16, and hold the per-leg current within 3%. See the sharing equations, the capacitor pairing to ±2%, the 1° phase-error limit, and the layout and sensing steps that keep the legs balanced.","cat":"medical","label":"Medical","color":"#dc2626"},{"title":"Inrush Current Protection for Resonant Capacitors in X-Ray Generators","url":"/Quality/capacitor_blog/49791.html","date":"2026-09-14","desc":"Most early-life X-ray generator capacitor failures start at power-on. See the inrush equations, the dV/dt and electrostriction damage paths, and the segmented soft-start, saturable inductor, pre-charge, and digital trip steps that cut the inrush current by more than 80%.","cat":"medical","label":"Medical","color":"#dc2626"},{"title":"Choosing Resonant Capacitors for Compact X-Ray Transformer Parasitics","url":"/Quality/capacitor_blog/49790.html","date":"2026-09-14","desc":"Why transformer leakage inductance and winding capacitance set the resonant point in compact X-ray sources, and how a Class I N4700 resonant capacitor with DF below 0.1% keeps the tank on frequency through production spread.","cat":"medical","label":"Medical","color":"#dc2626"},{"title":"Resonant Frequency Drift Compensation for Wide-Range X-Ray Output","url":"/Quality/capacitor_blog/49789.html","date":"2026-09-14","desc":"How the reflected X-ray tube resistance pulls the resonant frequency by ±5% to ±10% across a 40 kV to 150 kV output range, and how a digital PLL with a switched capacitor array holds efficie
5ncy and ripple.","cat":"medical","label":"Medical","color":"#dc2626"},{"title":"Repetitive Pulse Fatigue in X-Ray Generator Ceramic Capacitors","url":"/Quality/capacitor_blog/49788.html","date":"2026-09-14","desc":"Why a ceramic capacitor can pass a DC withstand test and still fail within a year: electrostrictive fatigue, partial discharge erosion, and thermal cycling, with a Miner's rule life model and five design steps.","cat":"medical","label":"Medical","color":"#dc2626"},{"title":"Capacitor Aging and Output Ripple in X-Ray Imaging Systems","url":"/Quality/capacitor_blog/49787.html","date":"2026-09-14","desc":"How rising DF and ESR in aged high-voltage capacitors turn 50 mV of ESR ripple into 300 mV, and how to score capacitor health, monitor output ripple online, and set replacement intervals.","cat":"medical","label":"Medical","color":"#dc2626"},{"title":"Resonant Capacitors for ZVS in X-Ray High-Voltage Generators","url":"/Quality/capacitor_blog/49786.html","date":"2026-09-13","desc":"How the ZVS window closes at full load in X-ray resonant inverters: capacitor ESR lowering loop Q, capacitance drift moving the resonant point, and dead time falling short. Selection rules, the L_r/C_r ratio, the L_m/L_r range, and N4700 specifications.","cat":"medical","label":"Medical","color":"#dc2626"},{"title":"LCC Resonant Capacitor Selection for X-Ray High-Voltage Generators","url":"/Quality/capacitor_blog/49785.html","date":"2026-09-13","desc":"X-ray LCC resonant converters lose ZVS and efficiency when the resonant capacitor drifts. Class I dielectric selection, plus/minus 2% tolerance, C_p/C_s ratio matching, ESL below 30 nH, and frequency tracking, with measured drift data.","cat":"medical","label":"Medical","color":"#dc2626"},{"title":"SVG DC-Link Damping Capacitor for 67 kHz Cell Ring Suppression","url":"/Quality/capacitor_blog/49784.html","date":"2026-08-20","desc":"SVG cell DC-link ringing at 40â100 kHz heats the main bank and corrupts voltage sampling. Damper sizing from characteristic impedance, N4700 and HVR-BSP selection, and diode steering, with field results.","cat":"technical","label":"Technical","color":"#64777c"},{"title":"HVC CAPACITOR: A Reliable Partner for High-Voltage Applications","url":"/Quality/capacitor_blog/48962.html","date":"2026-07-04","desc":"In high-voltage application fields such as power conversion, medical imaging, and new energy, choosing the right high-voltage capacitor partner is directly related to the operating efficiency,..","cat":"applications","label":"Applications","color":"#2563eb"},{"title":"Minimizing Arcing Corona-Resistant HV Ceramic Capacitors X-Ray Tubes","url":"/Quality/capacitor_blog/48963.html","date":"2026-07-04","desc":"In high-voltage systems, few phenomena are as insidious and damaging as corona discharge. This faint, often audible, electrical glow represents a localized ionization of air or other insulating media,","cat":"medical","label":"Medical","color":"#dc2626"},{"title":"High Voltage Ceramic Capacitors for Laser Rangefinders","url":"/Quality/capacitor_blog/48964.html","date":"2026-07-04","desc":"Laser rangefinders need HV ceramic capacitors that deliver fast pulse discharge with low loss. Selection guide covering N4700 vs Class 2 dielectric, pulse current, and HVCT8G recommended configurations for LiDAR and flashlamp rangefinder circuits.","cat":"applications","label":"Applications","color":"#2563eb"},{"title":"High Voltage Components for Baggage Scanners Airport Security","url":"/Quality/capacitor_blog/48965.html","date":"2026-07-04","desc":"Of critical importance to the seamless and secure operation of modern aviation is a class of technology often unseen by the traveling public..","cat":"medical","label":"Medical","color":"#dc2626"},{"title":"High Energy Density Doorknob Capacitors Laser Weapon Power Subsystems","url":"/Quality/capacitor_blog/48966.html","date":"2026-07-04","desc":"The development of directed energy weapons, particularly high-power laser systems, represents a significant frontier in modern defense and aerospace technology.","cat":"applications","label":"Applications","color":"#2563eb"},{"title":"High Voltage Resistors for Railway Traction Systems","url":"/Quality/capacitor_blog/48967.html","date":"2026-07-04","desc":"The application of high voltage resistors within railway traction systems represents a critical intersection of power electronics, materials science, and robust engineering design.","cat":"resistors","label":"Resistors","color":"#ea580c"},{"title":"High Voltage Resistors for Electron Microscopy Precision","url":"/Quality/capacitor_blog/48968.html","date":"2026-07-04","desc":"Within the intricate ecosystem of a modern electron microscope, a silent and often overlooked class of components performs a duty of paramount importance.","cat":"resistors","label":"Resistors","color":"#ea580c"}
5,{"title":"HV Solutions for Transformer Testing HVC Power Industry","url":"/Quality/capacitor_blog/48969.html","date":"2026-07-04","desc":"The reliable operation of power transformers is a non-negotiable cornerstone of modern electrical infrastructure. 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5chnologies, one process has steadily gained prominence for its effectiveness in handling a wide array of complex contaminants: electrocoagulation.","cat":"diodes","label":"Diodes","color":"#059669"},{"title":"HV Resistors for Geophysical Transmitters High Power","url":"/Quality/capacitor_blog/49281.html","date":"2026-07-04","desc":"Within the demanding sphere of geophysical exploration, the pursuit of subterranean insights relies on the generation and transmission of powerful..","cat":"resistors","label":"Resistors","color":"#ea580c"},{"title":"High Voltage Components for High Power Laser Diodes HVCCapacitor Photonics","url":"/Quality/capacitor_blog/49282.html","date":"2026-07-04","desc":"The advancement of high-power laser diode systems has been a cornerstone of progress across numerous fields, from industrial manufacturing and medical therapeutics to defense applications..","cat":"diodes","label":"Diodes","color":"#059669"},{"title":"High Voltage DC-Link Ceramic Capacitors Intermediate Storage","url":"/Quality/capacitor_blog/49283.html","date":"2026-07-04","desc":"In the realm of power electronics, the efficient management and conditioning of electrical energy are paramount. Among the myriad components that form the backbone of modern high-power systems..","cat":"technical","label":"Technical","color":"#64777c"},{"title":"HV Parts for Textile Machinery Static Elimination HVC Capacitor Manufacturing","url":"/Quality/capacitor_blog/49284.html","date":"2026-07-04","desc":"In the intricate world of textile manufacturing, the pursuit of perfection is a constant battle against unseen forces. Among these..","cat":"technical","label":"Technical","color":"#64777c"},{"title":"High Voltage Diodes for Cuk Converters Power Conversion","url":"/Quality/capacitor_blog/49285.html","date":"2026-07-04","desc":"Within the realm of power electronics, the pursuit of efficient and stable voltage conversion remains a paramount objective.","cat":"diodes","label":"Diodes","color":"#059669"},{"title":"HV Capacitors for Railway Inspection X-Ray Systems: 24/7 Reliability & Ripple Control","url":"/Quality/capacitor_blog/49286.html","date":"2026-07-04","desc":"Rail inspection X-ray generators run 24/7 in vibration: why tank capacitors fail, how ripple degrades image quality, and how to select long-life N4700 capacitors.","cat":"medical","label":"Medical","color":"#dc2626"},{"title":"High Voltage Diodes HVC Quality & Performance Manufacturer Direct","url":"/Quality/capacitor_blog/49287.html","date":"2026-07-04","desc":"The fundamental principle of high voltage diodes revolves around the manipulation of semiconductor materials, typically silicon or more advanced wide-bandgap semiconductors..","cat":"diodes","label":"Diodes","color":"#059669"},{"title":"50kV Doorknob Capacitors High dVdt for Laser Pulse Forming Networks","url":"/Quality/capacitor_blog/49288.html","date":"2026-07-04","desc":"Of all the components critical to the operation of high-power pulsed systems, few are as specialized and consequential as the high-voltage doorknob capacitor.","cat":"applications","label":"Applications","color":"#2563eb"},{"title":"VDE Approved HV Safety Capacitors Global Standards","url":"/Quality/capacitor_blog/49289.html","date":"2026-07-04","desc":"High-voltage safety capacitors represent a critical component class within the modern electrical and electronic engineering landscape. Their primary function is to ensure operational stability,..","cat":"technical","label":"Technical","color":"#64777c"},{"title":"Optimizing kV Ripple HV Ceramic Caps in X-Ray Multiplier Circuits","url":"/Quality/capacitor_blog/49290.html","date":"2026-07-04","desc":"Of all the critical subsystems within a modern X-ray generator, the high-voltage (HV) power supply is arguably the most demanding. Its primary function is to convert line voltage into a stable,..","cat":"medical","label":"Medical","color":"#dc2626"},{"title":"High Voltage Components for Server Power Supplies HVC Data Center","url":"/Quality/capacitor_blog/49291.html","date":"2026-07-04","desc":"The relentless expansion of digital infrastru
5cture places immense demands on the physical hardware that powers the connected world.","cat":"technical","label":"Technical","color":"#64777c"},{"title":"Ultra-High Voltage Ceramic Disc Capacitors 50kV to 100kV+","url":"/Quality/capacitor_blog/49292.html","date":"2026-07-04","desc":"Of all the components that form the backbone of modern high-power electronic systems, few are as critical and as demanding as the capacitor designed to withstand extreme electrical..","cat":"technical","label":"Technical","color":"#64777c"},{"title":"HVC HV Component Failure Prevention & Testing: Quality Assurance Guide","url":"/Quality/capacitor_blog/49293.html","date":"2026-07-04","desc":"In the intricate dance of technological progress, the pursuit of reliability is a constant, demanding discipline. It is a field defined not by the mere absence of defects..","cat":"technical","label":"Technical","color":"#64777c"},{"title":"High Voltage Components for Semiconductor EtchDeposition","url":"/Quality/capacitor_blog/49294.html","date":"2026-07-04","desc":"The semiconductor industry represents one of the most technologically advanced and precise manufacturing sectors in the world. At the heart of this industry lies the fabrication facility, or fab,..","cat":"technical","label":"Technical","color":"#64777c"},{"title":"HV Diodes for Ozone Generators Industrial Processing","url":"/Quality/capacitor_blog/49295.html","date":"2026-07-04","desc":"In the realm of industrial processing, the generation of ozone stands as a critical procedure for a multitude of applications..","cat":"diodes","label":"Diodes","color":"#059669"},{"title":"Surge Withstanding HV Ceramic Capacitors Rugged Design","url":"/Quality/capacitor_blog/49296.html","date":"2026-07-04","desc":"In the realm of high-voltage electronics, the quest for components that can reliably endure the most demanding conditions is a constant engineering challenge. Among these critical components,..","cat":"technical","label":"Technical","color":"#64777c"},{"title":"HV Caps with GoldSilver Terminations Low-Contact Resistance Multipliers","url":"/Quality/capacitor_blog/49297.html","date":"2026-07-04","desc":"In the realm of electronic components, certain elements play a fundamentally critical yet often understated role in ensuring the integrity and performance of a circuit.","cat":"medical","label":"Medical","color":"#dc2626"},{"title":"High Volume HV Component Production Scalability HVC Capacitor China","url":"/Quality/capacitor_blog/49298.html","date":"2026-07-04","desc":"In the realm of modern electronics and power systems, the demand for high-voltage components has seen a consistent upward trajectory, driven by advancements in renewable energy..","cat":"technical","label":"Technical","color":"#64777c"},{"title":"High Voltage Ceramic Capacitors for HV Circuit Breakers","url":"/Quality/capacitor_blog/49299.html","date":"2026-07-04","desc":"Within the intricate and demanding realm of high-voltage power transmission and distribution, the reliable interruption of electrical current under fault conditions stands as a paramount..","cat":"technical","label":"Technical","color":"#64777c"},{"title":"HV Coupling Capacitors for Partial Discharge Testing: Noise-Free PD Measurement Guide","url":"/Quality/capacitor_blog/49300.html","date":"2026-07-04","desc":"Why your PD tester reports false discharges: coupling capacitor self-PD, dielectric noise and shielding. How to specify a PD-free N4700 coupling capacitor per IEC 60270.","cat":"applications","label":"Applications","color":"#2563eb"},{"title":"High Voltage Diodes for Battery Formation EV Manufacturing","url":"/Quality/capacitor_blog/49301.html","date":"2026-07-04","desc":"The process of battery formation, a critical and often overlooked stage in the manufacturing of modern energy storage systems..","cat":"diodes","label":"Diodes","color":"#059669"},{"title":"Mitigate Multiplier Arcing PD-Tested HV Ceramic Capacitors","url":"/Quality/capacitor_blog/49302.html","date":"2026-07-04","desc":"The relentless pursuit of miniaturization and increased power density in modern electrical systems, particularly in sectors such as renew
5able energy, medical imaging, and industrial processing..","cat":"technical","label":"Technical","color":"#64777c"},{"title":"High Voltage Capacitors for Electrostatic Powder Coating: Stable Corona Output Guide","url":"/Quality/capacitor_blog/49303.html","date":"2026-07-04","desc":"Powder coating thickness variation and gun arcing traced to HV output instability. How to select multiplier capacitors for stable electrostatic corona guns.","cat":"applications","label":"Applications","color":"#2563eb"},{"title":"High Voltage Decoupling Capacitors Power Integrity","url":"/Quality/capacitor_blog/49304.html","date":"2026-07-04","desc":"In modern electronic systems, the demand for higher performance and increased power efficiency continues to push the boundaries of power delivery network (PDN) design.","cat":"applications","label":"Applications","color":"#2563eb"},{"title":"HV Capacitors for Linear Accelerators (LINAC): Multiplier Tank Selection for Medical & Industrial Use","url":"/Quality/capacitor_blog/49305.html","date":"2026-07-04","desc":"LINAC 6â20 MV multiplier tank capacitors: pulse duty, sealed-oil reliability, PD margin and 15-year life. How to select HV capacitors for medical and industrial linear accelerators.","cat":"medical","label":"Medical","color":"#dc2626"},{"title":"High Voltage Capacitors for Wind Turbine Pitch Control: Snubber & DC-Link Selection Guide","url":"/Quality/capacitor_blog/49306.html","date":"2026-07-04","desc":"Pitch-drive capacitor failures in wind turbines: vibration, temperature cycling and dv/dt spikes. How to select snubber and DC-link HV capacitors that survive 20 years in the nacelle.","cat":"applications","label":"Applications","color":"#2563eb"},{"title":"High Voltage Zener Diodes Precision Voltage Regulation","url":"/Quality/capacitor_blog/49307.html","date":"2026-07-04","desc":"In the realm of electronic component design, few devices are as critical for managing power and ensuring signal integrity as those dedicated to voltage regulation.","cat":"diodes","label":"Diodes","color":"#059669"},{"title":"HV Current Sense Resistors Thick Film Power","url":"/Quality/capacitor_blog/49308.html","date":"2026-07-04","desc":"Current sensing represents a fundamental requirement in the vast majority of electronic systems, serving as the critical feedback mechanism that enables control, protection..","cat":"resistors","label":"Resistors","color":"#ea580c"},{"title":"High Voltage Resistors for Busbar Mounting: Power Ratings, Mounting & Thermal Design","url":"/Quality/capacitor_blog/49309.html","date":"2026-07-04","desc":"Busbar-mounted HV resistors overheating and arc-tracking: how to size pulse power, mount for heat rejection, and maintain creepage in high-voltage cabinets.","cat":"resistors","label":"Resistors","color":"#ea580c"},{"title":"HV Capacitors for Ozone Generators: High-Frequency Resonant Tank Selection Guide","url":"/Quality/capacitor_blog/49310.html","date":"2026-07-04","desc":"Ozone generator resonant capacitors overheating and failing: dielectric loss at 5â50 kHz, water-cooled tank design, and how to select N4700 high-Q capacitors for continuous ozone duty.","cat":"applications","label":"Applications","color":"#2563eb"},{"title":"Ultra-High Ohm Value HV Resistors GΩ Range Thick Film","url":"/Quality/capacitor_blog/49311.html","date":"2026-07-04","desc":"Of all the passive components that form the foundational bedrock of modern electronics, resistors are perhaps the most ubiquitous..","cat":"resistors","label":"Resistors","color":"#ea580c"},{"title":"Reduce X-Ray Multiplier Costs Long-Life HV Ceramic Capacitors","url":"/Quality/capacitor_blog/49312.html","date":"2026-07-04","desc":"For many industries relying on high-voltage systems, particularly in the field of medical imaging and non-destructive testing..","cat":"medical","label":"Medical","color":"#dc2626"},{"title":"HVDC Voltage Measurement: Precision Divider Resistor Selection Guide","url":"/Quality/capacitor_blog/49313.html","date":"2026-07-04","desc":"Why HVDC divider readings drift: VCR, TCR, humidity leakage and corona. How to specify matched high-voltage resistors for ±0.1% HVDC measurement accuracy.","cat":"resistors","label":"Resistors","color":"#ea580c"},{"title":"HV Diodes for Electrostatic Chucks Semiconductor Handling","url":"/Quality/capacitor_blog/49314.html","date":"2026-07-04","desc":"Learn how HVD high-voltage diodes and HVR bleeder resistors protect an electrostatic chuck from plasma arcing and eliminate dechuck sticking â with clamping-force formulas and a semiconductor-grade checklist.","cat":"diodes","label":"Diodes","color":"#059669"},{"title":"HV Parts for Linear Accelerators (LINAC) for Cancer Therapy","url":"/Quality/capacitor_blog/49315.html","date":"2026-07-04","desc":"The precise and effective delivery of high-energy radiation beams for the treatment of malignant tumors represents one of the most significant technological advancements in modern oncology.","cat":"applications","label":"Applications","color":"#2563eb"},{"title":"High-Temperature HV Capacitors for Downhole Logging Tools: 175°C Reliability Guide","url":"/Quality/capacitor_blog/49316.html","date":"2026-07-04","desc":"Logging-tool capacitor failures at 150â175°C downhole: insulation collapse, PDIV drop and thermal cycling. How to select high-temperature HV capacitors for wireline tools.","cat":"technical","label":"Technical","color":"#64777c"},{"title":"High Voltage Components for High Speed Imaging HVC Scientific Cam","url":"/Quality/capacitor_blog/49317.html","date":"2026-07-04","desc":"Of the many challenges inherent to capturing transient physical phenomena, few are as fundamental as the constraint imposed by light itself.","cat":"medical","label":"Medical","color":"#dc2626"}
5,{"title":"HV Solutions for Ground Radar Stations HVC Defense Infrastructure","url":"/Quality/capacitor_blog/49318.html","date":"2026-07-04","desc":"The operational integrity of ground-based radar stations represents a critical linchpin within modern defense infrastructure.","cat":"applications","label":"Applications","color":"#2563eb"},{"title":"HVC HV Ceramic Capacitors: Stop Fighting Leakage in HV Multipliers","url":"/Quality/capacitor_blog/49319.html","date":"2026-04-12","desc":"The development of high-voltage (HV) electronics has consistently pushed the boundaries of material science and circuit design..","cat":"technical","label":"Technical","color":"#64777c"},{"title":"HV Ceramic Capacitors for Synchrotron Radiation Research | HVC Engineering Brief","url":"/Quality/capacitor_blog/49320.html","date":"2026-07-04","desc":"How high-voltage ceramic capacitors support RF cavities, pulsed magnets, and HV DC supplies in synchrotron facilities; HVC product lines and cross-reference resources on hv-caps.com.","cat":"technical","label":"Technical","color":"#64777c"},{"title":"3RLAB High Voltage Resistor Replacement: HVC HVR Drop-In Cross-Reference Guide","url":"/Quality/capacitor_blog/49355.html","date":"2026-04-06","desc":"3RLAB HTE/HS/UT high voltage resistors with 10â14 week lead times: HVC HVR drop-in cross-reference covering models, power, voltage, size, and qualification.","cat":"replacement","label":"Alternative for Brands","color":"#0757a2"},{"title":"HVC HVR Series: Complete Alternative Solution for 3RLAB High Voltage Resistors","url":"/Quality/capacitor_blog/49356.html","date":"2026-04-06","desc":"Technical white paper comparing HVC HVR thick-film resistors against 3RLAB for high-voltage applications. Covers stability data, failure-rate analysis, and direct cross-reference tables for X-ray, CT, and precision testing equipment.","cat":"replacement","label":"Alternative for Brands","color":"#0757a2"},{"title":"3RLAB HV Resistor Alternative: HVC HVR Series Drop-In Guide","url":"/Quality/capacitor_blog/49357.html","date":"2026-04-06","desc":"Building a Resilient Supply Chain: HVC HVR Series as Strategic Alternative to 3RLAB High Voltage Resistors Abstract : In today's turbulent global electronic components market, single-source strategies are facing severe challenges. This document aims","cat":"replacement","label":"Alternative for Brands","color":"#0757a2"},{"title":"HVC HVR Series: Drop-In 3RLAB Alternative Guide","url":"/Quality/capacitor_blog/49389.html","date":"2026-05-22","desc":"HVC HVR series provides a direct, pin-for-pin drop-in replacement for 3RLAB high-voltage thick-film resistors. This guide covers cross-reference tables, dimensional compatibility, electrical performance comparison, and supply chain benefits for engineers switching from 3RLAB to HVC.","cat":"replacement","label":"Alternative for Brands","color":"#0757a2"},{"title":"HVC High Voltage Resistors: The Preferred Alternative to Caddock Products","url":"/Quality/capacitor_blog/49402.html","date":"2026-07-04","desc":"Core Value: A 100% compatible alternative solution for Caddock MG, TG, TF, and USG series. We offer a more flexible supply chain and a superior cost structure..","cat":"replacement","label":"Alternative for Brands","color":"#0757a2"},{"title":"Engineered to Replace Caddock: HVC Thick-Film HV Resistor Tech","url":"/Quality/capacitor_blog/49403.html","date":"2026-07-04","desc":"Engineering Alternative Solution for Caddock High Voltage Resistors Abstract This document elaborates on the technical architecture of HVC (High Voltage Components) high voltage resistors..","cat":"resistors","label":"Resistors","color":"#ea580c"},{"title":"Upgrade Your BOM: HVC Thick-Film Resistors Over Caddock","url":"/Quality/capacitor_blog/49404.html","date":"2026-06-01","desc":"Executive Summary In the core design of high-voltage electronic systems, the supply chain security of passive components has become a consideration as crucial as electrical performance.","cat":"resistors","label":"Resistors","color":"#ea580c"},{"title":"Caddock vs. HVC: High Voltage Thick-Film Resistor Cross-Reference","url":"/Quality/capacitor_blog/49405.html","date":"2026-07-04","desc":"White paper comparing CADDOCK and HVC high-voltage thick film resistors: VCR, TCR, lab verification, form-fit replacement, supply chain and cost.","cat":"replacement","label":"Alternative for Brands","color":"#0757a2"},{"title":"Engineering FAQ: HVC High Voltage Resistors as Caddock Alternatives","url":"/Quality/capacitor_blog/49406.html","date":"2026-04-06","desc":"Twelve practical engineering questions on replacing Ca
5ddock thick-film resistors with HVC high-voltage resistors: electrical compatibility, performance benchmarking, and supply-chain strategy for BOM diversification.","cat":"replacement","label":"Alternative for Brands","color":"#0757a2"},{"title":"HVC HVD Series: Pin-to-Pin Replacement for HVCA/Diotec/Semikron HV Diodes","url":"/Quality/capacitor_blog/49407.html","date":"2026-06-01","desc":"Published by: HVC Capacitor Technology Center Document No.: WP-HVD-2026-01 Reading Time: Approx. 15 minutes 1. Executive Summary In the field of high-voltage power supply design..","cat":"replacement","label":"Alternative for Brands","color":"#0757a2"},{"title":"Diotec Alternative: HVC HVD Series Engineering Guide","url":"/Quality/capacitor_blog/49409.html","date":"2026-06-01","desc":"Issued by: HVC Capacitor Technology Center Document No.: WP-HVD-2026-02 Applicable to: Power R&D Directors, Hardware Engineers, Component Qualification Engineers, Supply Chain Managers 1.","cat":"replacement","label":"Alternative for Brands","color":"#0757a2"},{"title":"Stop Relying on Diotec: Mitigate Risk with HVC HVD Diodes","url":"/Quality/capacitor_blog/49410.html","date":"2026-06-01","desc":"Abstractï¼Against the backdrop of global electronic supply chain restructuring, high-voltage diodes relying on single import brands like DIOTEC have become a bottleneck constraining PV, EV..","cat":"diodes","label":"Diodes","color":"#059669"},{"title":"From Diotec to HVC: HV Diode Drop-In Replacement Guide","url":"/Quality/capacitor_blog/49411.html","date":"2026-07-04","desc":"Abstract In modern power electronics systems, the choice of high-voltage rectifier diodes directly determines the equipment's energy efficiency boundaries and reliability limits. Through 5..","cat":"replacement","label":"Alternative for Brands","color":"#0757a2"},{"title":"HVC HVD vs. Diotec: HV Diode Performance & Spec Comparison","url":"/Quality/capacitor_blog/49412.html","date":"2026-06-01","desc":"- Release Version: Ver 2.0 - Issuing Organization: HVC Capacitor Engineering Technology Center - Release Date: February 2026 - Document Number: WP-ENG-2026-004 1.","cat":"diodes","label":"Diodes","color":"#059669"},{"title":"HVC HVCHF Series: The Ultimate HEC & Vishay RF Cap Replacement","url":"/Quality/capacitor_blog/49413.html","date":"2026-07-04","desc":"(Technical White Paper: HVC RF Power Capacitors as Strategic Alternatives to HEC & Vishay) 1. Abstract In RF power matching networks, medical MRI coils, and semiconductor plasma generators..","cat":"replacement","label":"Alternative for Brands","color":"#0757a2"},{"title":"HVC HVCHF: Engineering-Grade Replacement for HEC & Vishay RF Power Capacitors","url":"/Quality/capacitor_blog/49414.html","date":"2026-06-01","desc":"(Supply Chain Breakthrough: Mitigating HEC & Vishay Dependency Risks with HVC RF Capacitors)* Abstract In RF (Radio Frequency) power matching networks and plasma equipment..","cat":"replacement","label":"Alternative for Brands","color":"#0757a2"},{"title":"HVC HVCHF Series: Drop-In Replacement for HEC & Vishay RF Power Caps","url":"/Quality/capacitor_blog/49415.html","date":"2026-06-01","desc":"Abstract In RF (Radio Frequency) power matching networks, medical MRI coils, and semiconductor plasma generators, ceramic capacitors are the ","cat":"replacement","label":"Alternative for Brands","color":"#0757a2"},{"title":"Upgrade to HVC HVCHF: Proven Drop-Ins for HEC & Vishay RF Caps","url":"/Quality/capacitor_blog/49416.html","date":"2026-06-01","desc":"(Supply Chain Breakthrough: HVC HVCHF Series â The Engineering-Grade Replacement for HEC & Vishay RF Capacitors) Executive Summary Facing global supply chain fluctuations..","cat":"replacement","label":"Alternative for Brands","color":"#0757a2"},{"title":"OEM Lifeline: Replacing HEC & Vishay with HVC HVCHF RF Caps","url":"/Quality/capacitor_blog/49417.html","date":"2026-06-01","desc":"Are you facing these challenges? â HEC lead times of 16-20 weeks, or even complete stockouts â Vishay-Draloric discontinued production, no viable alternatives â Existing inventory running low,..","cat":"replacement","label":"Alternative for Brands","color":"#0757a2"},{"title":"HVC Replaces HVCA High-Voltage Ceramic Capacitors","url":"/Quality/capacitor_blog/49418.html","date":"2026-05-31","de
5sc":"Executive Summary For a long time, the American brand HVCA (Dean Technology) has dominated a significant share of the global high-voltage component market, leveraging its first-mover brand advantage. ","cat":"technical","label":"Technical","color":"#64777c"},{"title":"HVCA Replacement Guide: 25 Q&As for Engineers & Buyers","url":"/Quality/capacitor_blog/49419.html","date":"2026-06-01","desc":"Executive Summary In the high-voltage component market, HVCA (Dean Technology) has long dominated as a ","cat":"replacement","label":"Alternative for Brands","color":"#0757a2"},{"title":"HVC Replaces HVCA High-Voltage Ceramic Capacitors","url":"/Quality/capacitor_blog/49420.html","date":"2026-06-01","desc":"Abstract (Executive Summary) In core fields such as high-energy physics, smart grids, high-end medical imaging (CT/X-Ray), and industrial laser equipment..","cat":"technical","label":"Technical","color":"#64777c"},{"title":"HVCA (Dean Technology) Capacitor Replacement: HVC 1:1 Guide","url":"/Quality/capacitor_blog/49421.html","date":"2026-07-04","desc":"Executive Summary As Murata (Japan) discontinues its DHS series and the global high-voltage component supply chain restructures..","cat":"replacement","label":"Alternative for Brands","color":"#0757a2"},{"title":"HVCA Replacement Strategy: HVC High Voltage Ceramic Capacitor Guide","url":"/Quality/capacitor_blog/49423.html","date":"2026-07-04","desc":"Abstract High voltage ceramic capacitors, as core components in modern high voltage systems, are widely used in critical fields such as medical imaging (CT/DR)..","cat":"replacement","label":"Alternative for Brands","color":"#0757a2"},{"title":"HVC HVD Replaces HVCA Diode Stacks","url":"/Quality/capacitor_blog/49424.html","date":"2026-07-04","desc":"Executive Summary In the industrial power supply, medical X-Ray imaging, and precision instrumentation sectors, procurement engineers face challenges far beyond Unit Price.","cat":"diodes","label":"Diodes","color":"#059669"},{"title":"HVC HVD Replaces HVCA High-Voltage Diode Stacks","url":"/Quality/capacitor_blog/49425.html","date":"2026-07-04","desc":"Executive Summary In modern high voltage power supply design, engineers are often forced to choose between ","cat":"diodes","label":"Diodes","color":"#059669"},{"title":"Secure Your BOM: Replace HVCA Diode Stacks with HVC HVD Series","url":"/Quality/capacitor_blog/49426.html","date":"2026-07-04","desc":"Executive Summary In the context of global supply chain restructuring and intensifying geopolitical competition, HVCA (Dean Technology) as a traditional supplier of American high-voltage..","cat":"diodes","label":"Diodes","color":"#059669"},{"title":"HVC HVD vs. HVCA: Diode Stack Cross-Reference & Quick Replacement Guide","url":"/Quality/capacitor_blog/49427.html","date":"2026-07-04","desc":"Target Audience: Procurement Engineers, R HVC Replacement Advantages High-voltage diodes are critical components in medical imaging, industrial high-voltage power supplies..","cat":"replacement","label":"Alternative for Brands","color":"#0757a2"},{"title":"KOA RK92 EOL Fix: Drop-In the HVC HVRGXP Thick-Film Resistor","url":"/Quality/capacitor_blog/49429.html","date":"2026-07-04","desc":"Executive Summary In high-voltage detection, impedance matching, and high-energy discharge circuits, flat (SIP) high-voltage thick film resistors are critical because of their voltage withstand..","cat":"resistors","label":"Resistors","color":"#ea580c"},{"title":"Surviving the KOA RK92 EOL: Upgrade to HVC HVRGXP Resistors","url":"/Quality/capacitor_blog/49430.html","date":"2026-06-01","desc":"Executive Summary In high-voltage power detection, medical imaging equipment (X-Ray/CT), and high-energy physics instruments..","cat":"resistors","label":"Resistors","color":"#ea580c"},{"title":"HVC HVRGXP Series Q&A: SIP High Voltage Resistor Guide","url":"/Quality/capacitor_blog/49431.html","date":"2026-06-01","desc":"Executive Summary In medical imaging (CT/X-Ray), high-voltage power supplies, and precision industrial
5control fields, SIP (Single In-line Package) high-voltage thick film resistors are..","cat":"resistors","label":"Resistors","color":"#ea580c"},{"title":"HV Component Supply Chain Security: HVC Upgrade Guidance","url":"/Quality/capacitor_blog/49432.html","date":"2026-06-01","desc":"Executive Summary In the fields of new energy, industrial high-voltage power supplies, medical imaging (CT/X-Ray), and smart grids..","cat":"supply","label":"Supply Chain","color":"#ca8a04"},{"title":"KOA RK92 Series EOL: HVC HVRGXP Resistor Replacement Guide","url":"/Quality/capacitor_blog/49433.html","date":"2026-07-04","desc":"Introduction As the KOA RK92 Series high-voltage thick film resistors enter the End-of-Life (EOL) phase, finding an alternative that offers both Pin-to-Pin compatibility and guarantees..","cat":"replacement","label":"Alternative for Brands","color":"#0757a2"},{"title":"HVC vs. METALLUX HVR: High Voltage Thick-Film Resistor Performance Comparison","url":"/Quality/capacitor_blog/49434.html","date":"2026-06-01","desc":"Germany's METALLUX AG HVR Series (HVR 967 / HVR 968 / HVR 969) has long been regarded as the European benchmark for high-voltage thick film resistors, widely used in medical X-ray/CT..","cat":"resistors","label":"Resistors","color":"#ea580c"},{"title":"METALLUX HVR Resistor Alternative: HVC HVR Series â Pin-Compatible","url":"/Quality/capacitor_blog/49435.html","date":"2026-04-06","desc":"In the fields of high-voltage inverters, medical imaging equipment (X-Ray/CT), precision high-voltage instruments, and high-energy physics research, METALLUX AG's HVR Series (HVR 967 / 968 / 969)..","cat":"replacement","label":"Alternative for Brands","color":"#0757a2"},{"title":"METALLUX HVR 967/968/969 Alternatives â HVC HVR Series Technical Note","url":"/Quality/capacitor_blog/49436.html","date":"2026-07-04","desc":"In today's globalized high-end manufacturing sector, high voltage thick film resistors serve as core components in medical imaging (X-Ray/CT), precision high voltage power supplies..","cat":"replacement","label":"Alternative for Brands","color":"#0757a2"},{"title":"HVC HVR vs. METALLUX HVR: Peak Performance Showdown for HV Resistors","url":"/Quality/capacitor_blog/49437.html","date":"2026-06-01","desc":"In the global high-voltage electronic component market, the Swiss/German brand METALLUX AG has long defined industry standards with its precision and stability.","cat":"resistors","label":"Resistors","color":"#ea580c"},{"title":"METALLUX HVR 967/968/969 Alternative: HVC HVRGXP FAQ","url":"/Quality/capacitor_blog/49438.html","date":"2026-07-04","desc":"As Germany's METALLUX HVR Series (967/968/969) high-voltage resistors face challenges such as long lead times (20+ weeks) and supply chain fluctuations..","cat":"replacement","label":"Alternative for Brands","color":"#0757a2"},{"title":"Murata Discontinues DHS/DHR HV Caps: HVC Drop-In Replacement Guide","url":"/Quality/capacitor_blog/49439.html","date":"2026-07-04","desc":"Foreword and Abstract In the fields of power electronics and high-voltage engineering, the supply chain stability of passive components often determines the lifecycle of entire equipment. In 2018,..","cat":"replacement","label":"Alternative for Brands","color":"#0757a2"},{"title":"Murata HV Ceramic Capacitor Replacement: HVC Engineering Guide","url":"/Quality/capacitor_blog/49440.html","date":"2026-07-04","desc":"(HVC Capacitor Technical Whitepaper: Engineering Replacement Replacement Manual for Murata Discontinued HV Ceramic Capacitors) Replacement Over","cat":"replacement","label":"Alternative for Brands","color":"#0757a2"},{"title":"Murata HV Capacitor Alternative: HVC Series Supply Chain Guide","url":"/Quality/capacitor_blog/49441.html","date":"2026-06-01","desc":"Executive Summary In the global high-voltage power electronics sector, Murata Manufacturing Co., Ltd. of Japan has long defined the passive component standards for medical imaging..","cat":"replacement","label":"Alternative for Brands","color":"#0757a2"},{"title":"HVC Capacitor Technical Whitepaper","url":"/Quality/capacitor_blog/49442.html","date":"2026-04-13","desc":"(Peak Succession & Technical Superiority: Defining the Engineering Replacement Standard for Murata's Discontinued HV Ceramic Capacitors) Executive Summary Over the past three decades, Japan's Murata (","cat":"technical","label":"Technical","color":"#64777c"},{"title":"Murata DHS/DHR Discontinued: HVC Drop-In Replacement Guide","url":"/Quality/capacitor_blog/49443.html","date":"2026-05-31","de
5sc":"Introduction In 2018, with Murata Manufacturing Co., Ltd. announcing the complete discontinuation of its DHS/DHR series high voltage ceramic capacitors..","cat":"replacement","label":"Alternative for Brands","color":"#0757a2"},{"title":"HVC HVR Series: HV Resistor Stability & Lead Time Guide","url":"/Quality/capacitor_blog/49445.html","date":"2026-06-01","desc":"ââ Solving Stability and Lead Time Challenges in Precision Instruments Release Date: March 2026 Publisher: HVC Company Technical Center Reading Time: 12 minutes 1.","cat":"resistors","label":"Resistors","color":"#ea580c"},{"title":"HVC HVR vs EBG/NICROM/Caddock/Ohmite: HV Resistor Comparison","url":"/Quality/capacitor_blog/49447.html","date":"2026-07-04","desc":"1. Executive Summary In the fields of high-voltage power electronics, medical imaging, and precision measurement, High Voltage Thick Film Resistors are core passive components that determine..","cat":"resistors","label":"Resistors","color":"#ea580c"},{"title":"NICROM HV Resistor Replacement: HVC HVR Series Guide","url":"/Quality/capacitor_blog/49448.html","date":"2026-07-04","desc":"1. Executive Summary In the global market for precision high-voltage electronic components, traditional brands such as NICROM Electronic were once regarded as industry standards due to..","cat":"replacement","label":"Alternative for Brands","color":"#0757a2"},{"title":"HVC HVR Series High Voltage Thick Film Resistors","url":"/Quality/capacitor_blog/49449.html","date":"2026-07-04","desc":"A High-Performance Alternative to OHMITE Slim-Mox/Ultra-Mox Series HVC's HVR Series high voltage thick film resistors utilize advanced ruthenium-based (RuOâ) conductive technology and 96% AlâOâ..","cat":"resistors","label":"Resistors","color":"#ea580c"},{"title":"HVC HVR Series: Engineering-Grade Alternative for EBG & NICROM Resistors","url":"/Quality/capacitor_blog/49450.html","date":"2026-06-01","desc":"Say Goodbye to OHMITE's 20+ Week Lead Times, Ushering in a New Era of Efficient Supply Chains OHMITE and Ohmcraft lead times of 20-26 weeks severely impacting project timelines.","cat":"replacement","label":"Alternative for Brands","color":"#0757a2"},{"title":"HVC HVR vs. OHMITE: High Voltage Thick-Film Resistor Selection Guide","url":"/Quality/capacitor_blog/49451.html","date":"2026-04-13","desc":"A Thick Film Technology Study Based on RuOâ Conductive Phase and AlâOâ Ceramic Substrate This paper systematically analyzes the material composition, manufacturing process..","cat":"resistors","label":"Resistors","color":"#ea580c"},{"title":"HVC HVR Series: Drop-In Replacement for OHMITE Slim-Mox & Ultra-Mox","url":"/Quality/capacitor_blog/49452.html","date":"2026-07-04","desc":"From X-ray Imaging to Precision Measurement, Solving Real Engineering Challenges In the realm of high-voltage electronic equipment, the choice of resistors directly impacts system performance,..","cat":"replacement","label":"Alternative for Brands","color":"#0757a2"},{"title":"HVC HVR vs. OHMITE: High Voltage Thick-Film Resistor Cross-Reference","url":"/Quality/capacitor_blog/49453.html","date":"2026-07-04","desc":"4-Week Delivery Commitment Redefines Industry Standards, Local Manufacturers Rise Since 2024, the global electronic components supply chain has faced ongoing pressures.","cat":"replacement","label":"Alternative for Brands","color":"#0757a2"},{"title":"Vishay HV Resistor Replacement FAQ: HVC HVR Series","url":"/Quality/capacitor_blog/49454.html","date":"2026-06-01","desc":"1. Introduction: The Foundation of High Voltage System Performance In high voltage power supplies, medical imaging (CT/X-Ray), industrial control, and test & measurement fields..","cat":"replacement","label":"Alternative for Brands","color":"#0757a2"},{"title":"HVC HVR/GHP Series High Voltage Resistors","url":"/Quality/capacitor_blog/49455.html","date":"2026-06-01","desc":"1. Introduction In critical applications such as high-voltage power supplies, medical imaging equipment (CT/X-Ray), industrial control, and test & measurement..","cat":"resistors","label":"Resistors","color":"#ea580c"},{"title":"Vishay HV Resistor Alternative: HVC HVR Series Solution","url":"/Quality/capacitor_blog/49456.html","date":"2026-06-01","desc":"1. Introduction: Building a More Resilient Supply Chain In high-voltage power supplies, medical imaging (CT/X-Ray), industrial
5control, and test & measurement fields..","cat":"replacement","label":"Alternative for Brands","color":"#0757a2"},{"title":"Vishay HV Resistor Replacement: HVC HVR/GHP Series Analysis","url":"/Quality/capacitor_blog/49458.html","date":"2026-07-04","desc":"Abstract In high-voltage and high-power electronic systems, high-voltage resistors are critical passive components whose performance directly impacts system safety and precision.","cat":"replacement","label":"Alternative for Brands","color":"#0757a2"},{"title":"SEMIKRON & SEMTECH Replacement FAQ: Switching to HVC HVD Diodes","url":"/Quality/capacitor_blog/49459.html","date":"2026-06-01","desc":"Abstract This document details the technical characteristics of HVC HVD series high voltage diodes and provides a performance benchmark analysis against SEMIKRON (SK/SKa series) and SEMTECH..","cat":"replacement","label":"Alternative for Brands","color":"#0757a2"},{"title":"High-Current Diode Tech Showdown: HVC HVD vs. SEMIKRON & SEMTECH","url":"/Quality/capacitor_blog/49460.html","date":"2026-06-01","desc":"1. Introduction: Design Bottlenecks in High-Voltage High-Current Diodes In cutting-edge fields such as medical imaging (CT/MRI), induction heating, and high-energy physics..","cat":"diodes","label":"Diodes","color":"#059669"},{"title":"Diversify Your Diode Supply: HVC HVD Replaces SEMIKRON & SEMTECH","url":"/Quality/capacitor_blog/49461.html","date":"2026-07-04","desc":"1. Brand Background SEMIKRON, founded in 1951 and headquartered in Germany, is an established manufacturer in the power semiconductor field.","cat":"diodes","label":"Diodes","color":"#059669"},{"title":"SEMIKRON & SEMTECH Drop-Ins: Evaluating the HVC HVD Series","url":"/Quality/capacitor_blog/49462.html","date":"2026-07-04","desc":"About Product Performance Q1: What are the core differences between HVC diodes and SEMIKRON/SEMTECH? HVC utilizes large chip technology..","cat":"technical","label":"Technical","color":"#64777c"},{"title":"HVC HVD Series: Pin-to-Pin Replacement for Diotec HV Diodes","url":"/Quality/capacitor_blog/49463.html","date":"2026-06-01","desc":"Diotec 2CL, BY and DD series high-voltage diodes replaced pin-to-pin by HVC HVD: DD300-DD1800 coverage, 9% lower VF, 60% lower leakage, 50-150ns recovery, up to 233% higher surge rating, 6-8 week lead time versus 8-16 weeks.","cat":"replacement","label":"Alternative for Brands","color":"#0757a2"},{"title":"HVC HVD Replaces HVCA Diode Stacks","url":"/Quality/capacitor_blog/49464.html","date":"2026-06-01","desc":"Abstract The HVD series of high voltage diodes offers a cost-effective alternative to international brands such as HVCA, EDI, and VMI. By leveraging large chip technology and cost-optimized processes,","cat":"diodes","label":"Diodes","color":"#059669"},{"title":"Beating HVCA at 60kV+: Why HVC HVD Diode Stacks Perform Better","url":"/Quality/capacitor_blog/49465.html","date":"2026-07-04","desc":"Introduction The HVD series high voltage diodes, developed by a domestic manufacturer, offer a high-quality alternative solution perfectly compatible with international brand products such as..","cat":"diodes","label":"Diodes","color":"#059669"},{"title":"Secure Your BOM: Replace HVCA Diode Stacks with HVC HVD Series","url":"/Quality/capacitor_blog/49466.html","date":"2026-04-06","desc":"Executive Summary In the context of global supply chain restructuring and intensifying geopolitical competition, HVCA (Dean Technology) as a traditional supplier of American high-voltage rectifier components, its product delivery times, price fluctuations, an","cat":"diodes","label":"Diodes","color":"#059669"},{"title":"HVC HVD vs HVCA: HV Diode Performance & Supply Chain Comparison","url":"/Quality/capacitor_blog/49467.html","date":"2026-07-04","desc":"Brand Background Overview The high-voltage diode market is primarily dominated by established brands such as HVCA (Dean Technology), EDI (Electronic Devices Inc)..","cat":"diodes","label":"Diodes","color":"#059669"},{"title":"HVCA Replacement FAQ: Selecting HVC HVD Series Diodes","url":"/Quality/capacitor_blog/49468.html","date":"2026-07-04","desc":"Target Audience : RD Engineers, Procurement Engineers, Quality Engineers Abstract High-voltage diodes and rectifier stacks are indispensable core components in medical imaging equipment (X-ray, CT),..","cat":"replacement","label":"Alternative for Brands","color":"#0757a2"},{"title":"HVC HVR Series: The Direct Replacement Solution for 3RLAB HV Resistors","url":"/Quality/capacitor_blog/49469.html","date":"2026-07-04","desc":"Abstract: Facing increasingly extended lead times or obsolescence challenges for 3RLAB high voltage resistors, HVC Capacitor offers a comprehensive alternative solution based on its HVR series.","cat":"replacement","label":"Alternative for Brands","color":"#0757a2"},{"title":"3RLAB HV Resistor Replacement: HVC HVR Drop-In Option","url":"/Quality/capacitor_blog/49471.html","date":"2026-06-01","desc":"Abstract: In today's turbulent global electronic components market, single-source strategies are facing severe challenges.","cat":"replacement","label":"Alternative for Brands","color":"#0757a2"},{"title":"HVC HVR vs. 3RLAB: High Voltage Resistor Cross-Reference Guide","url":"/Quality/capacitor_blog/49472.html","date":"2026-06-01","desc":"Published by: HVC Capacitor Technology Center Publication Date: February 2026 Document ID: WP-HVR-2026-02 1. Executive Summary In high-voltage medical imaging, pulse power..","cat":"replacement","label":"Alternative for Brands","color":"#0757a2"},{"title":"3RLAB HV Resistor Replacement FAQ: HVC HVR Drop-In Guide","url":"/Quality/capacitor_blog/49473.html","date":"2026-07-04","desc":"Introduction: When searching for high voltage resistor alternatives, procurement managers and R&D engineers often face a triple challenge: lead times, cost, and technical compatibility.","cat":"replacement","label":"Alternative for Brands","color":"#0757a2"},{"title":"HVC HVR Series: Drop-In Alternative for Caddock & 3RLAB HV Resistors","url":"/Quality/capacitor_blog/49474.html","date":"2026-07-04","desc":"Core Value: A 100% compatible alternative solution for Caddock MG, TG, TF, and USG series. We offer a more flexible supply chain and a superior cost structure..","cat":"replacement","label":"Alternative for Brands","color":"#0757a2"},{"title":"Engineered to Replace Caddock: HVC Thick-Film HV Resistor Tech","url":"/Quality/capacitor_blog/49475.html","date":"2026-07-04","desc":"Engineering Alternative Solution for Caddock High Voltage Resistors Abstract This document elaborates on the technical architecture of HVC (High Voltage Components) high voltage resistors..","cat":"resistors","label":"Resistors","color":"#ea580c"},{"title":"Upgrade Your BOM: HVC Thick-Film Resistors Over Caddock","url":"/Quality/capacitor_blog/49476.html","date":"2026-06-01","desc":"Executive Summary In the core design of high-voltage electronic systems, the supply chain security of passive components has become a consideration as crucial as electrical performance.","cat":"resistors","label":"Resistors","color":"#ea580c"},{"title":"High Voltage Thick Film Resistor Selection Guide","url":"/Quality/capacitor_blog/49477.html","date":"2026-07-04","desc":"(High Voltage Resistor Selection Guide: Performance, Reliability & Supply Chain Benchmarking) > Abstract > > In high-voltage electronic system design..","cat":"resistors","label":"Resistors","color":"#ea580c"},{"title":"Engineering FAQ: How to Replace Caddock with HVC HV Resistors","url":"/Quality/capacitor_blog/49478.html","date":"2026-07-04","desc":"(Engineering FAQ: HVC High Voltage Resistors as Caddock Alternatives) > Abstract > > As the demand for diversification in electronic component supply chains grows..","cat":"resistors","label":"Resistors","color":"#ea580c"},{"title":"HVC HVD Series: Pin-to-Pin Replacement for HVCA/Diotec HV Diode Stacks","url":"/Quality/capacitor_blog/49479.html","date":"2026-06-01","desc":"Published by: HVC Capacitor Technology Center Document No.: WP-HVD-2026-01 Reading Time: Approx. 15 minutes 1. Executive Summary In the field of high-voltage power supply design..","cat":"replacement","label":"Alternative for Brands","color":"#0757a2"},{"title":"Diotec Alternative: HVC HVD Diode Evaluation Guide","url":"/Quality/capacitor_blog/49480.html","date":"2026-06-01","desc":"Issued by: HVC Capacitor Technology Center Document No.: WP-HVD-2026-02 Applicable to: Power R&D Directors, Hardware Engineers, Component Qualification
5Engineers, Supply Chain Managers 1.","cat":"replacement","label":"Alternative for Brands","color":"#0757a2"},{"title":"Stop Relying on Diotec: Mitigate Risk with HVC HVD Diodes","url":"/Quality/capacitor_blog/49481.html","date":"2026-06-01","desc":"Abstractï¼Against the backdrop of global electronic supply chain restructuring, high-voltage diodes relying on single import brands like DIOTEC have become a bottleneck constraining PV, EV..","cat":"diodes","label":"Diodes","color":"#059669"},{"title":"Replacing Diotec: 5 HVC HVD Success Stories in Med & Tech","url":"/Quality/capacitor_blog/49482.html","date":"2026-07-04","desc":"Abstract In modern power electronics systems, the choice of high-voltage rectifier diodes directly determines the equipment's energy efficiency boundaries and reliability limits. Through 5..","cat":"technical","label":"Technical","color":"#64777c"},{"title":"HVC HVD vs. Diotec: HV Diode Performance & Spec Comparison","url":"/Quality/capacitor_blog/49483.html","date":"2026-06-01","desc":"- Release Version: Ver 2.0 - Issuing Organization: HVC Capacitor Engineering Technology Center - Release Date: February 2026 - Document Number: WP-ENG-2026-004 1.","cat":"diodes","label":"Diodes","color":"#059669"},{"title":"KOA RK92 EOL Fix: Drop-In the HVC HVRGXP Thick-Film Resistor","url":"/Quality/capacitor_blog/49484.html","date":"2026-07-04","desc":"Executive Summary In high-voltage detection, impedance matching, and high-energy discharge circuits, flat (SIP) high-voltage thick film resistors are critical because of their voltage withstand..","cat":"resistors","label":"Resistors","color":"#ea580c"},{"title":"Surviving the KOA RK92 EOL: Upgrade to HVC HVRGXP Resistors","url":"/Quality/capacitor_blog/49485.html","date":"2026-06-01","desc":"Executive Summary In high-voltage power detection, medical imaging equipment (X-Ray/CT), and high-energy physics instruments..","cat":"resistors","label":"Resistors","color":"#ea580c"},{"title":"De-Risk the KOA RK92 EOL: HVC HVRGXP as Your Primary Backup","url":"/Quality/capacitor_blog/49486.html","date":"2026-06-01","desc":"Executive Summary In medical imaging (CT/X-Ray), high-voltage power supplies, and precision industrial
5control fields, SIP (Single In-line Package) high-voltage thick film resistors are..","cat":"technical","label":"Technical","color":"#64777c"},{"title":"KOA RK92 EOL Solved: HVC HVRGXP Tech & Replacement Guide","url":"/Quality/capacitor_blog/49487.html","date":"2026-06-01","desc":"Executive Summary In the fields of new energy, industrial high-voltage power supplies, medical imaging (CT/X-Ray), and smart grids..","cat":"replacement","label":"Alternative for Brands","color":"#0757a2"},{"title":"KOA RK92 Obsolete? 15 FAQs on Replacing with","url":"/Quality/capacitor_blog/49488.html","date":"2026-07-04","desc":"Introduction As the KOA RK92 Series high-voltage thick film resistors enter the End-of-Life (EOL) phase, finding an alternative that offers both Pin-to-Pin compatibility and guarantees..","cat":"technical","label":"Technical","color":"#64777c"},{"title":"HVC HVR: The Engineering-Grade METALLUX Thick-Film Resistor Alternative","url":"/Quality/capacitor_blog/49489.html","date":"2026-06-01","desc":"Germany's METALLUX AG HVR Series (HVR 967 / HVR 968 / HVR 969) has long been regarded as the European benchmark for high-voltage thick film resistors, widely used in medical X-ray/CT..","cat":"replacement","label":"Alternative for Brands","color":"#0757a2"},{"title":"METALLUX HVR Drop-In: The HVC HVR Series Pin-to-Pin Alternative","url":"/Quality/capacitor_blog/49490.html","date":"2026-04-12","desc":"In the fields of high-voltage inverters, medical imaging equipment (X-Ray/CT), precision high-voltage instruments, and high-energy physics research, METALLUX AG's HVR Series (HVR 967 / 968 / 969)..","cat":"replacement","label":"Alternative for Brands","color":"#0757a2"},{"title":"METALLUX HV Resistor Supply Chain Backup: HVC HVR Series","url":"/Quality/capacitor_blog/49491.html","date":"2026-07-04","desc":"In today's globalized high-end manufacturing sector, high voltage thick film resistors serve as core components in medical imaging (X-Ray/CT), precision high voltage power supplies..","cat":"resistors","label":"Resistors","color":"#ea580c"},{"title":"HVC HVR vs. METALLUX: Thick-Film Resistor Performance Whitepaper","url":"/Quality/capacitor_blog/49492.html","date":"2026-06-01","desc":"In the global high-voltage electronic component market, the Swiss/German brand METALLUX AG has long defined industry standards with its precision and stability.","cat":"resistors","label":"Resistors","color":"#ea580c"},{"title":"METALLUX HVR 967/968/969 FAQ: Switching to","url":"/Quality/capacitor_blog/49493.html","date":"2026-07-04","desc":"As Germany's METALLUX HVR Series (967/968/969) high-voltage resistors face challenges such as long lead times (20+ weeks) and supply chain fluctuations..","cat":"technical","label":"Technical","color":"#64777c"},{"title":"HVC HV Ceramic Caps: The Engineering-Grade Murata Alternative","url":"/Quality/capacitor_blog/49494.html","date":"2026-07-04","desc":"Foreword and Abstract In the fields of power electronics and high-voltage engineering, the supply chain stability of passive components often determines the lifecycle of entire equipment. In 2018,..","cat":"replacement","label":"Alternative for Brands","color":"#0757a2"},{"title":"Murata HV Caps Cross-Reference","url":"/Quality/capacitor_blog/49495.html","date":"2026-07-04","desc":"(HVC Capacitor Technical Whitepaper: Engineering Replacement Replacement Manual for Murata Discontinued HV Ceramic Capacitors) Replacement Over","cat":"replacement","label":"Alternative for Brands","color":"#0757a2"},{"title":"Murata HV Ceramic Capacitor Alternative: HVC Series for Supply Chain Security","url":"/Quality/capacitor_blog/49496.html","date":"2026-06-01","desc":"Executive Summary In the global high-voltage power electronics sector, Murata Manufacturing Co., Ltd. of Japan has long defined the passive component standards for medical imaging..","cat":"replacement","label":"Alternative for Brands","color":"#0757a2"},{"title":"HVC vs. Murata: Setting the HV Capacitor Replacement Standard","url":"/Quality/capacitor_blog/49497.html","date":"2026-07-04","desc":"(Peak Succession & Technical Superiority: Defining the Engineering Replacement Standard for Murata's Discontinued HV Ceramic Capacitors) Executive Summary Over the past three decades, Japan's Murata (","cat":"replacement","label":"Alternative for Brands","color":"#0757a2"},{"title":"HVC HV Ceramic Caps: The Complete Murata Replacement Solution","url":"/Quality/capacitor_blog/49498.html","date":"2026-05-31","de
5sc":"Introduction In 2018, with Murata Manufacturing Co., Ltd. announcing the complete discontinuation of its DHS/DHR series high voltage ceramic capacitors..","cat":"replacement","label":"Alternative for Brands","color":"#0757a2"},{"title":"EBG/NICROM/Ohmite/Vishay HV Resistor Alternative: HVC HVR Series","url":"/Quality/capacitor_blog/49499.html","date":"2026-06-01","desc":"1. Executive Summary In the field of high-voltage electronic components, NICROM Electronic, a manufacturer of high-voltage thick film resistors originating from the EBG (Austria) technical system,..","cat":"replacement","label":"Alternative for Brands","color":"#0757a2"},{"title":"HVC HVR Series: HV Resistor Cross Reference & Lead Time Guide","url":"/Quality/capacitor_blog/49501.html","date":"2026-07-04","desc":"1. Executive Summary In the global market for precision high-voltage electronic components, High Voltage Thick Film Resistors are core passive devices that determine system stability..","cat":"resistors","label":"Resistors","color":"#ea580c"},{"title":"HVC HVR Series: HV Resistor Performance White Paper Summary","url":"/Quality/capacitor_blog/49502.html","date":"2026-07-04","desc":"1. Executive Summary In the fields of high-voltage power electronics, medical imaging, and precision measurement, High Voltage Thick Film Resistors are core passive components that determine..","cat":"resistors","label":"Resistors","color":"#ea580c"},{"title":"HVC HVR Series: NICROM & Traditional Brand Replacement Guide","url":"/Quality/capacitor_blog/49503.html","date":"2026-07-04","desc":"1. Executive Summary In the global market for precision high-voltage electronic components, traditional brands such as NICROM Electronic were once regarded as industry standards due to..","cat":"replacement","label":"Alternative for Brands","color":"#0757a2"},{"title":"HVC HVR vs. OHMITE: High Voltage Thick-Film Resistor Whitepaper","url":"/Quality/capacitor_blog/49504.html","date":"2026-07-04","desc":"A High-Performance Alternative to OHMITE Slim-Mox/Ultra-Mox Series HVC's HVR Series high voltage thick film resistors utilize advanced ruthenium-based (RuOâ) conductive technology and 96% AlâOâ..","cat":"resistors","label":"Resistors","color":"#ea580c"},{"title":"OHMITE Alternative: HVC HVR Series with 4-Week Delivery","url":"/Quality/capacitor_blog/49505.html","date":"2026-06-01","desc":"OHMITE Slim-Mox/Ultra-Mox/ARC2/MOX resistors replaced by HVC HVR: complete model mapping table with dimensions, TCR ±15 ppm/°C (vs ±50), VCR 0.1 ppm/V, 4-week delivery versus 20-26 weeks.","cat":"replacement","label":"Alternative for Brands","color":"#0757a2"},{"title":"HVC HVR Tech Insights: Thick Film Materials & Performance Analysis","url":"/Quality/capacitor_blog/49506.html","date":"2026-04-13","desc":"A Thick Film Technology Study Based on RuOâ Conductive Phase and AlâOâ Ceramic Substrate This paper systematically analyzes the material composition, manufacturing process..","cat":"resistors","label":"Resistors","color":"#ea580c"},{"title":"HVC HVR in Action: Medical & Industrial Application Cases","url":"/Quality/capacitor_blog/49507.html","date":"2026-07-04","desc":"From X-ray Imaging to Precision Measurement, Solving Real Engineering Challenges In the realm of high-voltage electronic equipment, the choice of resistors directly impacts system performance,..","cat":"medical","label":"Medical","color":"#dc2626"},{"title":"Ohmite Alternative: HVC HVR Series with 4-Week Delivery","url":"/Quality/capacitor_blog/49508.html","date":"2026-07-04","desc":"4-Week Delivery Commitment Redefines Industry Standards, Local Manufacturers Rise Since 2024, the global electronic components supply chain has faced ongoing pressures.","cat":"replacement","label":"Alternative for Brands","color":"#0757a2"},{"title":"The Vishay Replacement: HVC HVR/GHP Resistor Whitepaper","url":"/Quality/capacitor_blog/49509.html","date":"2026-06-01","desc":"1. Introduction: The Foundation of High Voltage System Performance In high voltage power supplies, medical imaging (CT/X-Ray), industrial control, and test & measurement fields..","cat":"replacement","label":"Alternative for Brands","color":"#0757a2"},{"title":"Drop-In Vishay Replacements: Analyzing the HVC HVR/GHP Series","url":"/Quality/capacitor_blog/49510.html","date":"2026-06-01","desc":"1. Introduction In critical applications such as high-voltage power supplies, medical imaging equipment (CT/X-Ray), industrial
5control, and test & measurement..","cat":"replacement","label":"Alternative for Brands","color":"#0757a2"},{"title":"HVC HVR/GHP Series High Voltage Resistors","url":"/Quality/capacitor_blog/49512.html","date":"2026-07-04","desc":"Abstract This technical white paper aims to delve into the critical role of high voltage resistors in modern electronic systems and provide a detailed comparison of the performance..","cat":"resistors","label":"Resistors","color":"#ea580c"},{"title":"HVC RF Power Caps: The Engineering-Grade HEC Alternative","url":"/Quality/capacitor_blog/49514.html","date":"2026-07-04","desc":"(Technical White Paper: HVC RF Power Capacitors as Strategic Alternatives to HEC & Vishay) 1. Abstract In RF power matching networks, medical MRI coils, and semiconductor plasma generators..","cat":"replacement","label":"Alternative for Brands","color":"#0757a2"},{"title":"HEC/Vishay RF Capacitor Alternative: HVC Series Guide","url":"/Quality/capacitor_blog/49515.html","date":"2026-06-01","desc":"(Supply Chain Breakthrough: Mitigating HEC & Vishay Dependency Risks with HVC RF Capacitors)* Abstract In RF (Radio Frequency) power matching networks and plasma equipment..","cat":"replacement","label":"Alternative for Brands","color":"#0757a2"},{"title":"HEC & Vishay Alternative: HVC RF Power Capacitor Tech Whitepaper","url":"/Quality/capacitor_blog/49516.html","date":"2026-06-01","desc":"HEC HT50/HT57/HT58/HT59, HH57/HH58, Vishay 7FAA/5FAE/TOS RF power capacitors replaced by HVC HVCHF: complete model mapping table, Tanδ \u003c 0.06%, 30% lower temperature rise, 4-6 week delivery.","cat":"replacement","label":"Alternative for Brands","color":"#0757a2"},{"title":"HVCHF Drop-In Guide: Replacing HEC & Vishay RF Power Caps","url":"/Quality/capacitor_blog/49517.html","date":"2026-06-01","desc":"(Supply Chain Breakthrough: HVC HVCHF Series â The Engineering-Grade Replacement for HEC & Vishay RF Capacitors) Executive Summary Facing global supply chain fluctuations..","cat":"replacement","label":"Alternative for Brands","color":"#0757a2"},{"title":"HEC & Vishay RF Power Capacitor Replacement: HVC HVCHF Drop-In Guide","url":"/Quality/capacitor_blog/49518.html","date":"2026-04-06","desc":"HEC HT50-59 and Vishay TOS RF power capacitors: drop-in HVCHF alternatives for induction heating and welding, with capacitance, kV, Q and lead time.","cat":"replacement","label":"Alternative for Brands","color":"#0757a2"},{"title":"Breaking the Brand Premium, Returning to Manufacturing Essence","url":"/Quality/capacitor_blog/49519.html","date":"2026-05-31","desc":"Executive Summary For a long time, the American brand HVCA (Dean Technology) has dominated a significant share of the global high-voltage component market, leveraging its first-mover brand advantage. ","cat":"technical","label":"Technical","color":"#64777c"},{"title":"HVCA Replacement Guide: 25 Q&As for Engineers & Buyers","url":"/Quality/capacitor_blog/49520.html","date":"2026-06-01","desc":"Executive Summary In the high-voltage component market, HVCA (Dean Technology) has long dominated as a ","cat":"replacement","label":"Alternative for Brands","color":"#0757a2"},{"title":"HVCA Screw Terminal Capacitor Alternative: HVC Series","url":"/Quality/capacitor_blog/49521.html","date":"2026-06-01","desc":"Abstract (Executive Summary) In core fields such as high-energy physics, smart grids, high-end medical imaging (CT/X-Ray), and industrial laser equipment..","cat":"replacement","label":"Alternative for Brands","color":"#0757a2"},{"title":"HVCA Quick Replacement Manual (Part 1): HVC Drop-In Guide","url":"/Quality/capacitor_blog/49522.html","date":"2026-07-04","desc":"Executive Summary As Murata (Japan) discontinues its DHS series and the global high-voltage component supply chain restructures..","cat":"replacement","label":"Alternative for Brands","color":"#0757a2"},{"title":"HVCA Quick Replacement Manual (Part 2): HVC Drop-In Guide","url":"/Quality/capacitor_blog/49523.html","date":"2026-07-04","desc":"Continued from Part 1 of 2. Series: HVC Capacitor Replacement Manual for HVCA (Dean Technology) High Voltage Capacitors: Quick Selection and Practical Replacement Guide Chapter Seven: HVCA..","cat":"replacement","label":"Alternative for Brands","color":"#0757a2"},{"title":"HVC vs HVCA: Ceramic Capacitor Material & Tech Evolution","url":"/Quality/capacitor_blog/49524.html","date":"2026-07-04","desc":"Abstract High voltage ceramic capacitors, as core components in modern high voltage systems, are widely used in critical fields such as medical imaging (CT/DR)..","cat":"technical","label":"Technical","color":"#64777c"},{"title":"HVCA Diode Stack Replacement: HVC HVD Series Guide","url":"/Quality/capacitor_blog/49527.html","date":"2026-06-01","desc":"Industry Backgroun
5d: High Voltage Diode Supply Chain Pain Points In the current global supply chain environment, over-reliance on a single supplier has become a primary risk in electronic..","cat":"replacement","label":"Alternative for Brands","color":"#0757a2"},{"title":"HVC Alternative to HVCA High Voltage Diodes and Rectifier Stacks","url":"/Quality/capacitor_blog/49528.html","date":"2026-07-04","desc":"Brand Background Overview The high-voltage diode market is primarily dominated by established brands such as HVCA (Dean Technology), EDI (Electronic Devices Inc)..","cat":"replacement","label":"Alternative for Brands","color":"#0757a2"},{"title":"HVCA Diode Stack Replacement: HVC TCO Deep Dive","url":"/Quality/capacitor_blog/49530.html","date":"2026-07-04","desc":"Executive Summary In the industrial power supply, medical X-Ray imaging, and precision instrumentation sectors, procurement engineers face challenges far beyond Unit Price.","cat":"replacement","label":"Alternative for Brands","color":"#0757a2"},{"title":"60kV+ Diode Stack: HVC HVD Series Parametric Advantages","url":"/Quality/capacitor_blog/49531.html","date":"2026-07-04","desc":"Executive Summary In modern high voltage power supply design, engineers are often forced to choose between ","cat":"diodes","label":"Diodes","color":"#059669"},{"title":"HVCA Diode Stack Alternative: HVC HVD Technical Breakthrough","url":"/Quality/capacitor_blog/49532.html","date":"2026-07-04","desc":"Executive Summary In the context of global supply chain restructuring and intensifying geopolitical competition, HVCA (Dean Technology) as a traditional supplier of American high-voltage..","cat":"replacement","label":"Alternative for Brands","color":"#0757a2"},{"title":"HVC Alternative to HVCA High Voltage Diodes and Rectifier Stacks","url":"/Quality/capacitor_blog/49533.html","date":"2026-07-04","desc":"Target Audience: Procurement Engineers, R HVC Replacement Advantages High-voltage diodes are critical components in medical imaging, industrial high-voltage power supplies..","cat":"replacement","label":"Alternative for Brands","color":"#0757a2"},{"title":"HVC Alternative to HVCA High Voltage Diodes: FAQ and Technical Selection Guide","url":"/Quality/capacitor_blog/49534.html","date":"2026-07-04","desc":"Target Audience: R&D Engineers, Procurement Engineers, Quality Engineers Abstract High-voltage diodes and rectifier stacks are indispensable core components in medical imaging equipment (X-ray, CT),..","cat":"replacement","label":"Alternative for Brands","color":"#0757a2"},{"title":"HVC HVR Engineer's Must-Read: Caddock/OHMITE/EBG Resistor Replacement Guide","url":"/Quality/capacitor_blog/49535.html","date":"2026-07-04","desc":"Comprehensive engineering FAQ for Caddock to HVC high voltage resistor alternatives","cat":"replacement","label":"Alternative for Brands","color":"#0757a2"},{"title":"HVC HVR vs OHMITE Slim-Mox/Ultra-Mox","url":"/Quality/capacitor_blog/49536.html","date":"2026-07-04","desc":"HVC HVR Series Technical White Paper - High-performance engineering-grade alternative to OHMITE Slim-Mox and Ultra-Mox series with 4-week delivery.","cat":"technical","label":"Technical","color":"#64777c"},{"title":"HV Resistors for Snubber Circuits","url":"/Quality/capacitor_blog/49538.html","date":"2026-07-04","desc":"Why your IGBT snubber circuit keeps failing and how the right high-voltage resistor solves it. Covers R-C-D snubber design, HVR series cross-reference, and thermal derating guidelines for power electronics.","cat":"resistors","label":"Resistors","color":"#ea580c"},{"title":"HVC Replacement for EBG HV Thick Film Resistors: Direct Cross Reference","url":"/Quality/capacitor_blog/49539.html","date":"2026-05-22","desc":"Direct cross-reference from EBG/Miba thick-film resistors to HVC HVR series. Covers GFP/GXP/GHP flat and BSP/BOP cylindrical models with official part numbers, voltage ratings, and package compatibility.","cat":"replacement","label":"Alternative for Brands","color":"#0757a2"},{"title":"HVC Replacement for EBG HV Thick Film Resistors: Engineering-Grade Technical Alternative","url":"/Quality/capacitor_blog/49540.html","date":"2026-05-22","desc":"EBG HV Thick Film Resistor Replacement HVC HVR series provides drop-in replacements for EBG (Miba Resistors) high voltage thick film resistors â same 96%...","cat":"replacement","label":"Alternative for Brands","color":"#0757a2"},{"title":"EBG Single-Source Risk Solution: HVC HVR Series","url":"/Quality/capacitor_blog/49541.html","date":"2026-05-22","desc":"Supply Chain Resilience: Solving EBG Single-Source Risk. EBG/Miba single-source supply risk
5is intensifying â medical imaging, HV power supplies and industrial inspection industries urgently need a dual-source strategy. HVC offers 3-4 week delivery as a quality-equivalent second source.","cat":"technical","label":"Technical","color":"#64777c"},{"title":"HVC vs EBG High Voltage Resistors: Drop-In Replacement Benchmark & Selection Guide","url":"/Quality/capacitor_blog/49542.html","date":"2026-05-22","desc":"EBG high voltage resistor users facing long lead times: HVC HVR drop-in comparison covering resistance, TCR, VCR, voltage rating, pulse capability and 4-week delivery.","cat":"replacement","label":"Alternative for Brands","color":"#0757a2"},{"title":"HVC Replacement for EBG HV Thick Film Resistors: Engineering FAQ","url":"/Quality/capacitor_blog/49543.html","date":"2026-05-31","desc":"Engineering FAQ answering 14 common questions when switching from EBG/Miba to HVC HVR thick-film resistors. Covers selection, process equivalence, qualification data, and supply chain advantages.","cat":"replacement","label":"Alternative for Brands","color":"#0757a2"},{"title":"HVC Screw Terminal HV Ceramic Capacitors","url":"/Quality/capacitor_blog/49549.html","date":"2026-07-04","desc":"Value Proposition: 100% compatible replacements for the entire AVX doorknob capacitor family â HP (coated), HW/HK (uncoated), HD (15KV bare die), HE/HZ, and more.","cat":"technical","label":"Technical","color":"#64777c"},{"title":"HVC Screw Terminal HV Ceramic Capacitor Technology","url":"/Quality/capacitor_blog/49550.html","date":"2026-07-04","desc":"Abstract This document provides a detailed technical analysis of HVC's high-voltage screw terminal ceramic capacitor architecture..","cat":"technical","label":"Technical","color":"#64777c"},{"title":"AVX Exit? HVC Screw Terminal HV Capacitor Replacement","url":"/Quality/capacitor_blog/49551.html","date":"2026-06-01","desc":"Supply Chain Resilience Upgrade: Solving the AVX Exit Crisis with HVC Executive Summary In 2018, the global HV doorknob capacitor market suffered a double blow: Murata and AVX both announced..","cat":"replacement","label":"Alternative for Brands","color":"#0757a2"},{"title":"HVC vs AVX: Screw Terminal HV Capacitor Benchmark","url":"/Quality/capacitor_blog/49552.html","date":"2026-07-04","desc":"Introduction AVX (later acquired by KYOCERA AVX) was once a major global supplier of HV ceramic capacitors. Its HP/HW/HK/HD/HE/HZ series doorknob capacitors were widely used in medical imaging,..","cat":"technical","label":"Technical","color":"#64777c"},{"title":"Engineering FAQ: HVC Replacement for AVX Screw Terminal HV Ceramic Capacitors","url":"/Quality/capacitor_blog/49553.html","date":"2026-07-04","desc":"Preface AVX (KYOCERA AVX) announced its exit from the HV doorknob capacitor market in October 2018, following Murata's exit in August 2018 â creating a double supply gap.","cat":"replacement","label":"Alternative for Brands","color":"#0757a2"},{"title":"Solving the TDK Screw Terminal Capacitor Supply Crisis","url":"/Quality/capacitor_blog/49554.html","date":"2026-05-31","desc":"Context: Since Murata's exit from the high-voltage screw terminal capacitor market, TDK has become the near-monopoly global supplier. However, this has led to uncontrollable lead times (often 16+..","cat":"replacement","label":"Alternative for Brands","color":"#0757a2"},{"title":"HVC Screw Terminal HV Ceramic Capacitor Technology","url":"/Quality/capacitor_blog/49555.html","date":"2026-07-04","desc":"Abstract This document provides a detailed technical analysis of HVC's high-voltage bolt terminal ceramic capacitor architecture..","cat":"technical","label":"Technical","color":"#64777c"},{"title":"TDK UHV/FHV Alternative: HVC Screw Terminal Capacitor","url":"/Quality/capacitor_blog/49556.html","date":"2026-06-01","desc":"HVC provides a strategically superior alternative to TDK UHV/FHV/FD high-voltage screw terminal capacitors with equivalent electrical performance, N4700 Class 1 dielectric, and improved supply chain security.","cat":"replacement","label":"Alternative for Brands","color":"#0757a2"},{"title":"HVC vs TDK: Screw Terminal HV Capacitor Benchmark","url":"/Quality/capacitor_blog/49557.html","date":"2026-07-04","desc":"Comprehensive technical comparison between TDK UHV/FHV/FD series and HVC HVCT8G screw terminal high-voltage ceramic capacitors. Covers voltage range, capacitance, materials (N4700 vs Y5S/Z5T), reliability, and 53-model cross-reference guide.","cat":"replacement","label":"Alternative for Brands","color":"#0757a2"},{"title":"Engineering FAQ: HVC Replacement for TDK Screw Terminal HV Ceramic Capacitors","url":"/Quality/capacitor_blog/49558.html","date":"2026-07-04","desc":"HVC HVCT8G series achieves pin-to-pin compatibility with TDK UHV/FHV/FD screw terminal high-voltage ceramic capacitors, with identical voltage, capacitance and terminal dimensions.","cat":"replacement","label":"Alternative for Brands","color":"#0757a2"},{"title":"Vishay 715C & 660R Replacement: HVC HV Ceramic Capacitor Guide","url":"/Quality/capacitor_blog/49559.html","date":"2026-07-04","desc":"Value Proposition: Covering Vishay 715C series (screw terminal, Class 1 N4700 + Class 2 Y5U, 10~50kV) and 660R series (encapsulated body + axial leads, N4700/X7R/Z5U, 10~30kV) â over 100 precise 1:1..","cat":"replacement","label":"Alternative for Brands","color":"#0757a2"},{"title":"HVC Replacement for Vishay HV Ceramic Capacitors: Engineering-Grade Technical Alternative","url":"/Quality/capacitor_blog/49560.html","date":"2026-07-04","desc":"Technical Overview: This document provides an in-depth technical analysis of how the HVC HVCT8G/HVCT9G series delivers engineering-grade replacement for Vishay's 715C (screw terminal) and..","cat":"replacement","label":"Alternative for Brands","color":"#0757a2"},{"title":"HVC Replacement for Vishay HV Ceramic Capacitors","url":"/Quality/capacitor_blog/49561.html","date":"2026-07-04","desc":"Core Challenge: Vishay 715C and 660R series HV ceramic capacitors, serving as the sole-sourced component in many high-end power equipment designs, face triple pressure from extended lead times,..","cat":"replacement","label":"Alternative for Brands","color":"#0757a2"},{"title":"HVC vs Vishay 715C: HV Ceramic Capacitor Benchmark","url":"/Quality/capacitor_blog/49562.html","date":"2026-07-04","desc":"White Paper Abstract: This document provides a comprehensive comparative analysis of the HVC HVCT8G/HVCT9G series vs. Vishay 715C/660R series across four dimensions â electrical performance,..","cat":"replacement","label":"Alternative for Brands","color":"#0757a2"},{"title":"HVC Replacement for Vishay HV Ceramic Capacitors","url":"/Quality/capacitor_blog/49563.html","date":"2026-07-04","desc":"Introduction: Addressing the most common engineering questions when replacing Vishay 715C (screw terminal) and 660R (axial lead) HV ceramic capacitors â covering electrical compatibility..","cat":"replacement","label":"Alternative for Brands","color":"#0757a2"},{"title":"HVC Replacement for HYMEG High Voltage Thick Film Resistors: Direct Cross Reference Guide","url":"/Quality/capacitor_blog/49564.html","date":"2026-07-04","desc":"Core Value: This guide provides direct replacement cross-references for HYMEG's three primary axial cyl
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