首页> 外国专利> Self-optimizing circuits for mitigating total ionizing dose effects, temperature drifts, and aging phenomena in fully-depleted silicon-on-insulator technologies

Self-optimizing circuits for mitigating total ionizing dose effects, temperature drifts, and aging phenomena in fully-depleted silicon-on-insulator technologies

机译:自优化电路,用于减轻完全耗尽的绝缘体上硅技术中的总电离剂量效应,温度漂移和老化现象

摘要

A self-optimizing circuit for a FD-SOI device includes a static biasing circuit, a dosimeter, a reference circuit, an amplifier, a voltage source, and a feedback circuit. The static biasing circuit supplies a first bias. The dosimeter includes a dosimeter FD-SOI device and generates a dosimeter voltage sensitive to parametric shifts in the primary FD-SOI device. The reference circuit supplies a reference voltage. The amplifier is coupled to the dosimeter and the reference circuit, and supplies a second bias at an output of the static biasing circuit, the second bias proportional to a difference between the dosimeter voltage and the reference voltage. The voltage source generates a drive voltage to which the first bias and the second bias are referenced. The feedback circuit regulates supply of the drive voltage to a well of the dosimeter FD-SOI device according to the first bias and the second bias.
机译:用于FD-SOI设备的自优化电路包括静态偏置电路,剂量计,参考电路,放大器,电压源和反馈电路。静态偏置电路提供第一偏置。剂量计包括剂量计FD-SOI设备,并生成对主FD-SOI设备中的参数偏移敏感的剂量计电压。参考电路提供参考电压。放大器耦合到剂量计和参考电路,并在静态偏置电路的输出端提供第二偏置,该第二偏置与剂量计电压和参考电压之间的差成比例。电压源产生参考第一偏置和第二偏置的驱动电压。反馈电路根据第一偏置和第二偏置来调节向剂量计FD-SOI设备的阱的驱动电压的供应。

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