RF80J271MDN1PX

RE5 FPCAP Aluminum Solid Electrolytic Capacitors

Nichicon RE5 FPCAP Aluminum Solid Electrolytic Capacitors feature low ESR at a high frequency range, high ripple current capability, and long life and high reliability. By using functional polymer cathode, frequency and temperature characteristics are greatly improved. Applications for Nichicon RE5 FPCAP Capacitors include switching power supplies and DC/DC converters, backup power supplies of CPUs, and miniature high-power supplies.

Nichicon RF8 Series FPCAP Capacitors

The Nichicon F8 Series FPCAP Capacitors feature low ESR and low ESL at a high frequency range. With a large capacitance (100 to 560µF) range, the F8 series offers high ripple current capability and high reliability with a long life. The Nichicon F8 Series FPCAP Capacitors are ideal for switching power supply and DC/DC Converters, buck up power supplies of CPU (Vrm, etc.), and miniature high power supplies.
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FPCAP Functional Polymer Capacitors

Nichicon FPCAP Functional Polymer Capacitors are small aluminum solid electrolytic capacitors that offer higher performance (low resistance), greater reliability, large capacitance, high ripple current capability, and the reduction of high frequency noise. By using Functional Polymer cathode, frequency and temperature characteristics are greatly improved. The entire Nichicon FPCAP series is lead-free and complies with RoHS and are available in radial leads and SMD types. Ideal applications for the FPCAP series are switching power supply and DC/DC converters, back-up power supplies of CPU (VRM, etc.), and miniature high power supplies.

RF8 FPCAPs

Nichicon RF8 Functional Polymer Aluminum Electrolytic Capacitors (FPCAPs) feature low ESR and low ESL at a high frequency range, high ripple current capability, and long life and high reliability. By using functional polymer cathode, frequency and temperature characteristics are greatly improved. Applications for RF8 FPCAPs include switching power supplies and DC/DC converters, buck up power supplies of CPUs (VRM, etc.), and miniature high power supplies.