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Buck
- 降压dc变换器输出功能仿真，根据可控晶闸管调节电压的压降，实现降压电路，采用pwm波控制。-buck DC Converter
downup
- 直流降压升压变换器 用于对输入电压的升高或者降低 -DC buck-boost converter is used to raise or lower the input voltage
Fig5
- 直流-直流变换器的matlab仿真模块，实现了直流降压的功能。-Matlab simulation of the DC- DC converter module, the function of DC buck.
Fig563
- 直流-直流变换器的matlab仿真模块，实现了直流降压的功能。-Matlab simulation of the DC- DC converter module, the function of DC buck.
shengyajiangyazhanbodianlu
- 升压降压斩波电路 matlab仿真模型 斩波变换器学习资料-Buck-boost chopper circuit chopper converter matlab simulation model of learning materials
Isolated-DCDCSHIFTCONTROL
- 隔离型DC-DC变换器降压仿真模型.使用了全桥结构,并移相控制算法实现,适用于大功率及对电气隔离有要求的电压变换系统.-Isolated DC-DC buck converter simulation model using a full-bridge structure, and phase-shift control algorithm for power and electrical isolation required for voltage conversion systems.
matlab
- 相关的升压变换器及降压变化器直流直流变换器-Related boost converter and buck converter DC DC converter
buck_boost
- 基于matlab 2010rb搭建的buck-boost chopper直流变换器升降压斩波电路仿真模型，调试通过，适合本科生学习电力电子技术仿真。-2010 rb based on matlab to build the buck- boost chopper dc converter buck chopper circuit simulation model, debugging through, suitable for undergraduate study power electron
MMC-boost-buck-control
- 模块多电平升压降压变换器仿真模型，完美运行，各电流电压均正常，可分析谐波-Module multi-level step-up buck converter simulation model, the perfect run, the current and voltage are normal, can be analyzed harmonic
buck_boost1
- 升降压变换器MATLAB仿真文件，主要是有关超级电容器变换器(MATLAB simulation file of Buck Converter)
BUCK111
- buck变换器实现降压。该程序在MATLAB2013b中实现。(The buck converter realizes the depressurization. The program is implemented in MATLAB2013b.)
buck112
- 利用PID控制实现占空比控制buck变换器实现降压。该程序在MATLAB2013b中实现。(The duty cycle control buck converter is realized by using PID control to realize the depressurization. The program is implemented in MATLAB2013b.)
zonghe_try (1)
- 对铅酸蓄电池，超级电容，锂电池，三者连接到dc-dc变换器升降压，然后采取不同的控制策略，恒压，恒流，恒功率控制，最后通过逆变器将直流变交流。matlab 仿真(For lead-acid batteries, supercapacitors and lithium batteries, the three are connected to the dc-dc converter to increase and decrease the voltage. Then, different cont