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Introducing the FunctionMAX family of board-to-board connectors from Hirose with floating contacts and support for high-speed data transmission, samples available from Anglia.
The FunctionMAX family of connectors from Hirose are Board-to-Board connectors Engineered for the demands of modern electronics systems, Hirose's FunctionMAX connectors redefine board-to-board connections.

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Recognised as the UK’s number one for reliability, flexibility and customer service.

Tail-less 600V IGBTs from STMicroelectronics break through power-design constraints

 

STMicroelectronics’ advanced 600V trench-gate field-stop IGBT1 V series have a smooth and tail-less turn-off characteristic, saturation voltage as low as 1.8V, and maximum operating junction temperature of 175°C, allowing increased system energy efficiency, higher switching frequencies, and simplified thermal and EMI2 design.

ST’s new devices increase switching efficiency and maximum operating frequency by eliminating the conventional IGBT turn-off current tail and have ultra-thin die thickness to assist switching performance and improve thermal dissipation. The proprietary optimised trench gate field-stop process provides improved thermal resistance and maximum junction temperature up to 175°C, as well as tight control over parameters such as saturation voltage, allowing safe paralleling of multiple IGBTs and enabling a greater current density and higher on-state efficiency.

The new IGBTs are extremely robust, featuring high dV/dt capability. A co-packaged ultra-fast soft-recovery diode minimises turn-on energy losses. Diode-free variants are also available for more cost-sensitive applications.

ST’s V series IGBTs rated from 20A to 80A are in production now in TO-3P, TO-3PF, TO-220, TO-220FP, TO-247 or D2PAK packages. The 40A/600V STGW40V60DF is available in a TO-247 package. For further information please visit www.st.com/igbt.

 

For more information, or details on the full range of STMicroelectronics products available from Anglia, please email info@anglia.com

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This news article was originally published in January 2014.

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19/10/17