AVX Develops Radial Leaded High-Temperature Automotive Varistor Solution

Date
06/04/2011

 PDF

AVX Corporation, a leading manufacturer of passive components and interconnect solutions, has expanded its automotive product portfolio to include a compact radial leaded, high temperature varistor solution. Developed specifically for harsh environments, including under the hood automotive applications, the space-saving Radial Leaded High-Temperature Automotive TransGuard Series is qualified to AEC Q200 and features an operating temperature of 150°C. Providing bi-directional transient voltage protection in on-state, the Radial Leaded High-Temperature Automotive TransGuard Series also provides excellent EMI/RFI attenuation in the off-state. "AVX's automotive product offering features the smallest products available on the market combined with the highest temperature ratings in the industry. The Radial Leaded High-Temperature Automotive TransGuard Series features very compact height and thickness specifications, providing a space-saving design compared to leaded disc varistors," said Sonja Brown, global circuit protection product manager at AVX. Providing high energy/current handling capability and 25kV ESD rating, the RoHS- compliant Radial Leaded High Temperature Automotive TransGuard's robust construction make it ideal for down-hole drilling and other harsh environment applications as well. The Radial Leaded High Temperature Automotive TransGuard is the first release in a complete line of radial leaded varistor devices that will be released throughout the next 12 months. The series will ultimately include radial leaded varistors for industrial applications, automotive non-harsh environ applications, and extended voltage ratings for use in heavy equipment and commercial vehicle applications. Typical prices range from $0.18 - $0.26 depending on volume with a lead time of 12 weeks. For more information, contact AVX at One AVX Boulevard, Fountain Inn, S.C. 29644; by calling 843-946-0504, or on the Web at www.avx.com

RELATED

 



-->