自举电容Bootstrap capacitor如何理解
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1.Bootstrap Capacitor Design To Drive High Voltage Floating MOSFET驱动高压浮动MOSFET的自举电容设计
2.The Simulation Analysis Of The Bootstrap Condenser SFunction In The Complementary Symmetrical Circuit Of Power Amplifier;互补对称功率放大电路中自举电容作用仿真分析
3.Optimum Design Of An H Bridge Driving Circuit For Motors自举式H桥电机驱动电路的优化设计
4.Low Voltage Capacitor Auto Compensate Box低压电容自动补偿柜
5.The Sources Of Reactive Power (Vars) Are Machine Vars, Capacitor And Reactor Vats.无功功率来自电机、电容器和电抗器。
6.Applications Of Bootstrap Circuit To MOSFET Drivers;自举电路在MOSFET驱动中的应用
7.Design Of Bootload Based On TMS320C6713 And AM29LV800B基于TMS320C6713及AM29LV800B的上电自举设计
8.Low Voltage Shunt Capacitors Of The Self-Healing TypeGB/T12747-1991自愈式低电压并联电容器
9.EMC Technology Of Power System Automation Equipment电力系统自动化设备的电磁兼容技术
2.The Simulation Analysis Of The Bootstrap Condenser SFunction In The Complementary Symmetrical Circuit Of Power Amplifier;互补对称功率放大电路中自举电容作用仿真分析
3.Optimum Design Of An H Bridge Driving Circuit For Motors自举式H桥电机驱动电路的优化设计
4.Low Voltage Capacitor Auto Compensate Box低压电容自动补偿柜
5.The Sources Of Reactive Power (Vars) Are Machine Vars, Capacitor And Reactor Vats.无功功率来自电机、电容器和电抗器。
6.Applications Of Bootstrap Circuit To MOSFET Drivers;自举电路在MOSFET驱动中的应用
7.Design Of Bootload Based On TMS320C6713 And AM29LV800B基于TMS320C6713及AM29LV800B的上电自举设计
8.Low Voltage Shunt Capacitors Of The Self-Healing TypeGB/T12747-1991自愈式低电压并联电容器
9.EMC Technology Of Power System Automation Equipment电力系统自动化设备的电磁兼容技术
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先给电容充电,充好了,靠电容两端的电压来给外部用电器供电。等到电压低到一定程度,再继续给电容充电。
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