为使阳极电流稳定在合适的区间内，设计了一种利用热敏电阻自动调节中子管灯丝电压的温度补偿电路。
To keep the anode current stable suitably, a temperature compensated circuit based on a thermal resistor to self-regulate the filament voltage has been designed.
为了保持工作中的稳定平均输出功率和恒定消光比，采用了温度补偿电路和自动功率控制电路。
To maintain the constant average optical power and extiction ratio, the temperature compensation loop and automatic power control loop are incorporated in this chip.
设计了全温度自动补偿电路，提高微特电机主要性能指标的温度稳定性。
The full temperature automatic compensation circuit of bridge type is designed, which can improve the temperature stability, the major performance norm of the miniature specific electric machine.
仪器能进行温度和重量的自动补偿，并具有掉电保护、自动查询故障功能。介绍了硬件和接口电路及软件设计。
Changes in temperature and weight of samples can be compensated automatically. The hardware and interface circuits and software design are described.
仪器能进行温度和重量的自动补偿，并具有掉电保护、自动查询故障功能。介绍了硬件和接口电路及软件设计。
Changes in temperature and weight of samples can be compensated automatically. The hardware and interface circuits and software design are described.
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