A systematic approach to designing high-performance bootstrap gate drive circuits using power MOSFETs and IGBTs for high-frequency, high-power, and high-efficiency switching applications. Power electronics engineers of all levels of experience can benefit from this. In most switching applications, switching power consumption is primarily determined by switching speed. Therefore, for most of the high-power switching applications described in this article, switching characteristics are very important. Bootstrap power supplies are one of the most widely used methods for powering high-end gate drive circuits of high-voltage gate drive integrated circuits (ICs). This bootstrap power technology has the advantage of being simple and low-cost. #Essentials of Circuit Design# #Circuit Design and Analysis# #Voltage Regulator Circuit Design# #Circuit Fans# #Flexible Circuit# #Digital Circuit Design# #Unipolar Collector# #Current Unbalance# #Compensating Filter Controller# #传感器电源模块#
