A bipolar smart power technology for high voltage applications

V. Denner, P. Flohrs, H. Michel
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Abstract

A technology is discussed which allows integration of n-p-n and p-n-p transistors with a multistage Darlington output designed for voltages up to U/sub CBO/=600 V. With this technology, circuit functions like temperature-compensated current regulation and internal voltage clamping can be realized. A special MOS voltage clamping can be realized. A special MOS arrangement is employed to accomplish the voltage clamping and to enhance the reliability of the device. A survey of this smart power technology is given, and a demonstration example is shown.<>
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一种用于高压应用的双极智能电源技术
讨论了一种将n-p-n和p-n-p晶体管与多级达林顿输出集成的技术,该输出设计用于高达U/sub CBO/=600 V的电压。利用该技术可以实现温度补偿电流调节和内部电压箝位等电路功能。可以实现特殊的MOS电压箝位。采用特殊的MOS结构来完成电压箝位,提高了器件的可靠性。对智能电源技术进行了概述,并给出了一个实例。
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