搜索资源列表
buck_boost
- DC-DC升降压电路,主要实现升压和降压功能，采用PI电压电流双环控制-DC-DC buck-boost circuit, the main step-up and step-down function, using the PI voltage and current loop control
Solar_DC_DC_F2803x
- dc-dc直流变换，采用交错升压的程序控制，输出400v-dc-dc dc conversion, program control using staggered boost output 400v
s_DC_DC_converter_10b
- 仿真分析Buck、Boost和Buck-Boost、Cuk三种直直电路及其输出电压控制-Simulation analysis Buck, Boost and Buck-Boost, Cuk three kinds of straight and output voltage control circuit
boostyp2
- 基于boost电路的光伏MPPT控制，包括matlab光伏模型-Based boost circuit photovoltaic MPPT control, including matlab PV model
fuuzy
- 程序是模糊MPPT控制，包括三个模块，光伏电池模块 模拟boost电路模块 -mppt MPPT control program is vague. Consists of three modules, photovoltaic module analog boost circuit module
BoostPFC_using_average_current_Model
- 平均电流控制的boost pfc仿真 请用最新版本打开-Boost pfc average current control simulation
SD_power
- 本单相正弦波逆变电源的设计，以12V蓄电池作为输入，输出为36V、50Hz的标准正弦波交流电。该电源采用推挽升压和全桥逆变两级变换，在控制电路上，前级推挽升压电路采用SG3525芯片控制，闭环反馈；逆变部分采用驱动芯片IR2110进行全桥逆变，采用U3990F6完成SPWM的调制，后级输出采用电流互感器进行采样反馈，形成双重反馈环节，增加了电源的稳定性；在保护上，具有输出过载、短路保护、过流保护、空载保护等多重保护功能电路，增强了该电源的可靠性和安全性；输出交流电压通过AD637的真有效值转换后
boostmpcmodel
- 利用simulink仿真预测控制在boost电路中的应用-Use simulink simulation model predictive control applications in the boost circuit
boost_2
- 通过Matlab/simulink对boost电路进行编程，实现了输出电压的PI控制。对输出电压可以任意调节-By Matlab/simulink for boost circuit programming, the PI control of the output voltage. The output voltage can be adjusted
modeling_boost
- 一个简单的boost整流电路,有pi控制各种数据，适合初学者使用-A simple boost circuit, a PI control data, suitable for beginners to use
PRI
- In this paper, a simple single-phase grid connected photovoltaic (PV) inverter topology consisting of a boost section, a low-voltage single-phase inverter with an inductive filter, and a step-up transformer interfacing the grid is considered. Ideally
matlab
- boost斩波器设计，数字斩波器设计，K 法调节控制-boost chopper design, digital design chopper, K adjustment control method
boost_PFC
- 一个boost 升压AC-DC电路的matlab sumlink仿真电路 带有无功有功功率控制, 功率因素为1-Matlab sumlink simulation circuit of a boost boost AC-DC circuit with no power active power control, the power factor is 1
boost_peak_current_control
- Boost变换器的电流反馈控制，闭环系统，实用简练，好用。-Boost converter current feedback control, closed-loop system, practical and concise, easy to use.
17
- Descr iption : This package includes a configurable Simulink model for three different types of DC-DC converters (Buck, Boost and Buck-Boost converters) with a PWM PI controller. The example provided shows a case to boost voltage 5 v
ZSOURCEINVERTER
- This paper proposes an improved Z-source inverter topology. Compared to the traditional Z-source inverter, it can reduce the Z-source capacitor voltage stress significantly to perform the same voltage boost, and has inherent limitation to inrush curr
SMCGPV
- A boost converter is directly connected to the PV array with MPPT for operating at the maximum power point. A regulation cascades (current/voltage) applied using SMC for the control of DC converter a loop of voltage makes it possible to produ
Boost_PID
- Boost PID control simulink model
Buck_PID
- PID control of Boost converter simulink model
boostingstyle
- boost升压电路，使用电压外环和电流内环双闭环控制，可以很好地稳定电压，保持功率恒定，采用电流模式-boost boost circuit, using the voltage outer and inner current double closed-loop control, can be a good and stable voltage, keep the power constant current mode