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boost电路，用simulink进行电路仿真
- boost电路，用simulink进行电路仿真，boost为已降压型电路，无滤波模块，无单周期控制,boost circuit, circuit simulation using simulink for, boost for the buck circuit, non-filtering module, no single-cycle control
boost_ss_20090824
- boost双环控制模型，电压外环电流内环，CCM模式-loop control model boost the voltage current of the inner outer, CCM mode
Boost_PWM
- 升压DC-DC变换器BOOSt的PWM闭环控制的 simulink仿真-Step-up DC-DC converter BOOSt the PWM control loop simulation simulink
boostconverterfuzzy
- boost converter closed loop control-boost converter closed loop control
Zsource-inverter_simpleBoostControl
- Simple boost control for z source inverter
ZSource-inverter_Maximum-boost-control
- Maximum boost control for z source inverter
zui da sheng ya
- Z源逆变器最大升压控制仿真模块，实现Z源逆变器的最大升压控制。-MAx boost control
Buck-Boost-Converter--
- 此文档为无刷直流电机控制前期学习文档，很详细地介绍了控制及其方法-This document is a brushless DC motor control early learning document, a very detailed descr iption of the control and its methods
BOOST
- 峰值电流控制的BOOST,DC-DC电路，48V转80V，具有ZCS环境-Peak current control BOOST, DC-DC circuit, 48V switch 80V, with ZCS environment
ZSI_MBC_Openloop
- this file is a simulation of maximum boost control in z_zource inverter
ZSI_CBC_Openloop
- this file is a simulation of constant maximum boost control in z_zource inverter
Z-source-Inverter
- Simple boost control of a open loop Z-source inverter using matlab/simulink
buck-and-boost-converter
- Open loop and closed loop control of buck and boost converter using simulink
Buck-Boost
- buck-boost数字斩波器设计，k法控制输出-Digital Design buck chopper, k method to control output
ZSource-inverter_Maximum-boost-control
- Z-Source Inverter with maximum Boost Control
BOOST
- BOOST升压电路，采用无源控制进行系统的闭环控制，输入电压为5v，输出电压为15v，控制效果好-BOOST boost circuit with passive control for closed loop control system, the input voltage is 5v, the output voltage is 15v, good control effect
danxiangjiandan
- z源逆变器简单升压控制的另一种改进的算法及仿真例程，只需改变占空比即可实现直流侧电压的改变，相对于传统的算法简单，更容易理解。-Z source inverter simple boost control of another kind of improved algorithm and simulation routines, only need to change the duty cycle of dc side voltage change can be realized, compar
danxinagmax
- z源逆变器的单相最大升压控制，可以更进一步的改善直流侧电压值，相对于简单升压控制可以减小直流电压的输入值。-Z source inverter single-phase biggest boost control, can further improve the dc side voltage value, compared with the simple boost control can reduce the input value of the dc voltage.
Buck-Boost-Converter-controlled
- control of Buck Boost Converter integrated in inverter
boost
- BOOST电路，闭环控制，适合初学者学习(BOOST circuit, closed loop control, suitable for beginners to learn)