Driver ICs for high temperatures

Three driver ICs for high temperature applications (AECQ100, Grade 0) are available from Atmel Corp. ATA6824, AA6827, and ATA6832 are designed using the company’s high-voltage Smartis technology, said to enable extremely high chip temperatures of up to 200 °C.

ByControl Engineering Staff December 4, 2006

Three driver ICs for high temperature applications (AECQ100, Grade 0) are available from Atmel Corp. ATA6824, AA6827, and ATA6832 are designed using the company’s high-voltage Smartis technology, said to enable extremely high chip temperatures of up to 200 °C. Ambient temperatures up to 150 °C can be achieved, allowing the devices to be used in such environments as high-temperature automotive applications. Smartis technology uses an SOI (silicon-on-insulator) substrate. The SOI technology’s dielectric isolation reportedly minimizes junction leakage, a major issue in high-temperature designs. SOI devices also are said to provide superior latch-up immunity for increased reliability of circuits operating in hot environments. Series of drivers provides several protection features: over-temperature shutdown, overload, and over-voltage protection, and protection against short circuits. Product meets automotive qualification demands and can withstand transients as specified in ISO/TR 7637.

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Atmel Corp.