Abstract
Abstract The electrical characteristics of advanced 360 V lateral insulated-gate bipolar transistor (LIGBT) structures operating at cryogenic temperatures are analysed in this paper. Detailed performed static and dynamic measurements on ceramic packaged LIGBT structures at 77 K are provided. A reduction of the breakdown voltage, the leakage current, the turn-off time and the transient losses has been observed when decreasing the operating temperature. A reduction of 70% of the turn-off time and a 45% of switching losses can be obtained when lowering the temperature from 300 to 77 K. At high current density levels, the on-state voltage drop of the conventional LIGBT structure increases with temperature. On the contrary, on-state voltage drop of an advanced modified LIGBT structure increases when the temperature is reduced.
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