搜索资源列表
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)
pi
- 光伏阵列，降压电路（buck），恒压充电控制(Photovoltaic array, step-down circuit (buck), constant voltage charge control)
DCDC_buck
- 一个简单的DCDC变换器，buck斩波电路闭环控制仿真MATLAB-simulink模型。(A simple DCDC converter, Buck chopper circuit, closed-loop control, simulation, MATLAB-simulink model.)
buckboost
- buck boost dc dc convertor for resonant
ruankaiguan
- 电力电子，buck电路，软开关，带闭环控制(Power electronics, Buck circuits, soft switching)
DCDC
- 模型为DCDC降压斩波PI闭环控制模型，可以准确控制电压。(The model is DCDC buck chopper PI closed-loop control model, which can control the voltage accurately.)
buck_Boost
- Bi-directional DC DC Buck Boost for battery storage systems
Buck_Converter
- used to step down the voltage dc power supply
mppt
- Simulink模型 MPPT 光伏并网发电系统阵列 光伏电池发动机Buck(Simulink model, MPPT, photovoltaic grid connected system, array photovoltaic cell engine, Buck)
PWM_Control
- Source code for a PWM control of a DC motor using 2 dsPIC boards. Main board has bluetooth control from an Android device and sends data to power board which does the PWM control (Buck converter)
太阳能控制器
- 基于51单片机开发的太阳能充放电控制器的C51程序，开发平台是Keil。LCD1602屏幕可显示实时数据与状态。(Microcontroller based on the development of solar charging and discharging controller C51 program, the development platform is Keil. The LCD1602 screen displays real-time data and status.)
DCDC_Buck_v2
- DCDC BUCK CONVERTER USING MATLAB
多功能锂电池充电器程序3.0
- 通过单片机stm32f103rbt6来采集充电回路上的电流和电压，然后经过算法处理后输出相应的PWM信号来驱动开关管，从而控制BUCK电路实现对锂电池的闭环充电控制。(Through the MCU stm32f103rbt6 to collect the charging current and voltage loop, and then through the algorithm outputs the PWM signal corresponding to the driving swi
buck
- sfdljns sfdjh dshfsdh fsjhdfs hhdjf sdhf sjdkjfs djfs jdhf shdh sdhf sdjfs dkjhf sdhfs kdhf ksjdhf skjhdf ksjhd fksjdhf kjshdf ksjdf ksjhd fksjhd fkjs h
tps63001
- 高效的单电感BUCK-BOOST转换器1.8-a开关,芯片资料(HIGH EFFICIENT SINGLE INDUCTOR BUCK-BOOST CONVERTER WITH 1.8-A SWITCHES)
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.)
ZCZCS
- 基于PSIM搭建的软开关电路，可以观测到每个开关过程的软开关状态，适合于研究生以上的研究使用(The soft switching circuit based on PSIM can observe the soft switching state of each switching process, which is suitable for the research and use of graduate students.)
SG-MPPT-HL-K-V1
- 原理采用Altium Designer软件设计，内含MPPT的BUCK拓扑结构、DCDC复制电源转换、微控制器等电路(The principle is designed by Altium Designer software, including MPPT BUCK topology, DCDC copy power conversion, micro controller and so on)
second
- 该仿真模型能够实现零电压开关，用于研究软开关和硬开关的区别，同时可以作为buck电路运行(The simulation model can realize the zero voltage switch, which can be used to study the difference between soft switch and hard switch, and it can run as a buck circuit.)
buck timerB
- PID控制，稳压，基础入门，包含Timer B，输出PWM波控制稳压，参数可自行调节(PID Control, PWM Output, TI-msp430, Basic)