压电陶瓷驱动电源是微位移系统的关键组成部分。为了满足系统对高稳定性、高精度的应用需求，该文设计了一种基于PB58高压运放的新型驱动电源，采用STM32单片机控制输入信号，接收并监控输出信号状态。采用反馈零点补偿和噪声增益补偿相结合的方式提高了放大电路的稳定性。对搭建完成后的系统进行测试分析，最终证明该电源系统具有稳定性高，响应速度快，输出功率大的特点。

The piezoelectric ceramic driving power is a key component of the micro-displacement system. In order to meet the system's application requirements for high stability and high precision, a new drive power supply based on the PB58 high-voltage operational amplifier is designed in this paper. The STM32 microcontroller is used to control the input signal, receive and monitor the output signal status. The combination of feedback zero point compensation and noise gain compensation greatly improves the stability of the amplifier circuit. A system is set up and the testing and analysis were conducted. Ultimately, it was proven that the power supply system has the excellent characteristics of high stability, fast response speed, and high output power.