Signal disposal circuit consists of pulse shaped and linear amplifier circuit. 信号处理电路主要由脉冲成形电路和线性放大电路构成。
The oscillator is composed of a linear amplifier assembled with discrete components and a SSBWDLD. 用分立元件组装线性放大器(LA)并与SSBWDL构成振荡器。
The paper introduces a thermocouple temperature transmitter which uses linear amplifier, analog multiplier, adder and voltage / current converter to achieve linear treatment. The linear treatment method and the relative circuit design theory are given. 介绍了一种利用线性放大器(LA)、模拟乘法器、加法器及电压/电流转换器实现线性化处理的热电偶温度变送器,给出了线性处理方法及相关的电路设计原理。
The current control strategy is improved to further reduce the output current of the linear amplifier. 本文还对电流控制方法进行改进,以进一步减小线性电源电流。
Shaping circuits include signal linear amplifier circuit, pole-zero cancellation circuit, programmable amplifier, active integral filter circuit, baseline recovery circuit, and pulse amplitude discriminator circuit. 信号调理电路包括:信号线性放大电路、极零相消电路、程控放大电路、有源积分滤波器电路、基线恢复电路和脉冲幅度甄别电路。