Specifically designed for use in implantable non-life-support and non-implantable life support medical applications, T4J Medical Series capacitors exhibit high standard reliability of fewer than 0.1% failures per 1,000 hours at 25° C and rated voltage, which is 10 times better than standard commercial reliability, and low DCL values of 0.01 CV.
AVX, a manufacturer of passive components and interconnect solutions, has introduced the new T4J Medical Series tantalum SMD capacitors. Specifically designed for use in implantable non-life-support and non-implantable life support medical applications, T4J Medical Series capacitors exhibit high standard reliability of fewer than 0.1% failures per 1,000 hours at 25° C and rated voltage, which is 10 times better than standard commercial reliability, and low standard leakage current (DCL) values of 0.01 CV.
Manufactured and screened using AVX’s patented and effective Q-Process to ensure the removal of any components, T4J Medical Series capacitors feature two levels of statistical screening: T4J Standard for standard DCL and ESR limits, and T4J Custom for specific DCL and ESR parameter limits, available down to 0.005 CV on selected codes.
“The new T4J Medical Series tantalum SMD capacitors were explicitly developed for implantable, non-life-support and non-implantable life support medical applications,” said Brian Brunette, an engineer for AVX. “They feature higher reliability and lower DCL than competing products currently available on the market, both of which are critical parameters in medical electronics applications.”
RoHS-compliant and lead-free compatible, T4J Medical Series tantalum SMD capacitors are available in six case sizes spanning 1206 to 2924, seven voltages spanning 6.3 to 50 V and two terminations: 100% tin or SnPb. Capacitance values for the series span 1 to 680µF with a tolerance of ±10%, and operating temperatures span -55° to 125°C. T4J Medical Series capacitors are available packed on 7 in. reels or in bulk, and lead time for the series is 12 weeks.
AVX
www.avx.com
