KYOCERA AVX VC Ceramic Surface Mount Varistor 1 A Clamping Voltage 22 V VC080509A200DP

KYOCERA AVX VC080509A200DP is a high-performance ceramic surface mount varistor designed for reliable surge protection in electronic circuits. This varistor features a clamping voltage of 22 V and a clamping current of 1 A, making it ideal for protecting sensitive electronics from voltage spikes and transient surges.

With a maximum AC voltage rating of 6.4 V and a maximum DC voltage rating of 9 V, it efficiently clamps voltage surges up to 40 A maximum surge current. The multilayer ZnO ceramic construction provides fast response characteristics and excellent durability under transient events.

The small SMT package measures 2.01 mm in length, 1.02 mm in height, and 1.25 mm in depth, making it suitable for compact PCB layouts and advanced surface mount assembly processes. The device uses copper-clad steel with a solder-coated lead finish for optimal solderability and mechanical stability.

Operating at maximum temperatures up to 125°C, this varistor is suitable for a wide range of industrial, automotive, telecommunication, and consumer electronics applications where transient suppression and protection are necessary.

Operates with a maximum AC voltage of 6.4 V and DC voltage of 9 V. Designed for high surge current up to 40 A to protect sensitive electronics. Constructed from multilayer ZnO ceramic material with copper-clad steel, solder coated lead finish.

Compact dimensions of 2.01 mm length, 1.02 mm height, and 1.25 mm depth suitable for surface mounting. Maximum operating temperature of 125°C ensures reliable performance in demanding environments.

This Kyocera AVX VC varistor is an essential component in electronic designs requiring effective transient voltage suppression. Available in reel packaging, it enhances production efficiency by enabling automated insertion into manufacturing lines.

EnvMart offers this product within the Varistors category, supplying durable and quality components for industrial and commercial electronic manufacturing needs.