Ceramic capacitor  (60,459 offers of 5,558,917 product items)

This 100nF 0805 multilayer ceramic capacitor from the GRM series from Murata offers high performance, high stability and long-term reliability. It is ideal for applications requiring a high packing...

SA Series. AVX SA Series axial ceramic multilayer capacitors are suited to commodity applications with voltage requirements up to 200 V and where leaded is preferred over SMD.These leaded capacitor...

This capacitor is an SMD 100nF 50V X7R MLCC with a ±10% tolerance in an 0603 chip package. The capacitor is suitable for reflow soldering in automatic pick and placement production lines. The featu...

Kemet 0402 CBR Series

A 150pF 50V 10% general purpose disc capacitor with a 2.5mm pitch. Manufactured from high dielectric constant ceramics.

Capacitance = 100nF Voltage = 50V dc Mounting Type = Axial Dielectric = X7R Tolerance = ±10% Dimensions = 3.05 x 4.32mm Length = 4.32mm Series = SA Minimum Operating Temperature = -55°C

A compact size class Y5V safety capacitor. Ideal for across the line applications.

SA Series. Z5U dielectric SpinGuard® Conformally coated Epoxy Case Material Flame Retardant

An X7R multilayer ceramic chip capacitor with nickel barrier terminations offers excellent reliability where high packing densities are required. Supplied in pack of 100

SR Series. Z5U dielectric Conformally coated

AEC–Q200 automotive qualified. Kemet 0805 Automotive Grade SMT MLCC Ceramic Capacitors. 0805 size AEC–Q200 automotive qualified SMT MLCC ceramic capacitors with a robust design suitable for harsh e...

AVX 0603 MLCC series. X7R formulations are called temperature stable ceramics and fall into EIA Class II materials, and COG (NPO) is the most popular temperature-compensating EIA Class I ceramic ma...

SA Series. Z5U dielectric SpinGuard® Conformally coated Epoxy Case Material Flame Retardant

SR Series. C0G dielectric Conformally coated

Kemet 0603 C0G and X5R dielectric. X5R dielectric series is semi-stable due to the maximum operating temperature of 85° X5R exhibits a predictable change in capacitance with respect to time and vol...