KYOCERA AVX 08055F104K4T2A multilayer ceramic capacitor features a 100 nF capacitance with a voltage rating of 50V DC, designed with a surface mount package type 0805 suited for automotive and industrial use.
These capacitors utilize X8R dielectric, providing excellent reliability and stability across a broad temperature range, from -55°C to 150°C. The KAM series is AEC-Q200 qualified, meeting stringent automotive industry standards for high endurance and performance, making it an ideal choice for under-the-hood sensors and demanding environments.
The device measures 2.1mm in length, 1.25mm in width, and 1.4mm in height, ensuring a compact size for space-constrained applications. Termination is of surface mount type, nickel barrier terminations covered with plated tin, optimized for automated PCB assembly processes. The capacitor has low equivalent series resistance (ESR) and inductance (ESL), contributing to stable capacitance across temperature and frequency ranges.
Applications include automotive engine control units, oil exploration equipment, hybrid commercial devices, and general industrial usage where reliable decoupling and filtering are required.
Manufactured with X8R dielectric ensuring high reliability. KAM series designed for automotive applications up to 150°C. Compact 0805 package size with dimensions 2.1mm length, 1.25mm width, and 1.4mm height. Surface mount termination suitable for automated PCB assembly.
AEC-Q200 qualified automotive standard for enhanced endurance. Wide operating temperature range from -55°C to 150°C. Low ESR and ESL for stable capacitance over temperature and frequency. Ideal for automotive sensors and various industrial applications.
Packaged on reel for efficient manufacturing integration.
This KYOCERA AVX capacitor meets the needs of automotive, industrial, and electronics manufacturers seeking a reliable, high-performance multilayer ceramic capacitor for demanding applications.
Explore a wide range of Multilayer Ceramic Capacitors and other passive components on EnvMart for your precise electronic component requirements.
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