数字电源的快速响应非线性算法研究

Quick response of nonlinear algorithms of digital power supply

为了解决数字电源存在的各种延迟现象,对基于数字电源的快速响应进行了非线性算法的研究。通过对各种非线性算法的研究比较,着重分析了迟滞控制非线性算法,给出了数字电源的整体结构。经过试验以及计算,相对比传统的数字电源可以提高2μs的响应时间,实现了数字电源的快速响应的设计。

In order to solve the various delays of digital power supply, the rapid response of the digital power supply based on the nonlinear algorithm was studied. Through the study of various nonlinear algorithms, the nonlinear hysteresis control algorithm was emphatically analyzed, and the overall structure of the digital power supply was given. The test and calculation results show that comparing with the traditional digital power supply; the new system can improve the response time of 2 μs and realizes the rapid response of digital power supply.