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- 这段程序可以使msp430输出双极性spwm波，驱动mos管后实现逆变-This program allows to achieve inverter output bipolar msp430 spwm wave, driven mos tube after
armpwm
- 本程序为ARMLPC2292 SPWM调制程序，且已调试通过，功能为两路PWM调制输出，控制全桥逆变电路-the procedures for ARMLPC2292 SPWM procedure, which was adopted debugging, function of two road PWM output, full-bridge inverter control circuit
inverter3ph
- SPWM调制，三相逆变电源建模，能很好的输出三相正弦电压，-SPWM modulation, three-phase inverter power modeling, can be a good three-phase sinusoidal output voltage,
SPWMVersion1.2
- 当时在参加全国电子设计大赛前，研究逆变器时编写的软件SPWM波的产生。前期因对载波和基波的时序交叉的产生不懂失败，后来进过一番研究后，做到了正弦波频率从10HZ~400HZ不失真，而发挥部分要求是20~100HZ可调。-At that time in front of the National Electronic Design Contest, the study of software written inverter SPWM wave generated. Early due to th
SPWMinverter
- SPWM控制的逆变器simulink范例。通过更改开关的占空比来调节输出电压-Simulink example SPWM inverter control. By changing the switch duty cycle to regulate the output voltage
npc1
- 三电平逆变器正弦SPWM控制策略的仿真研究-Three level inverter with sinusoidal SPWM control strategy simulation
f2833xdriver
- dsp tms320f28335 spwm 数字信号处理 pwm逆变-dsp tms320f28335 spwm digital signal processing pwm inverter
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
430
- msp430f149三相逆变电源源代码，可以输出6路spwm信号-msp430f149 spwm
armpwm
- 本程序为ARMLPC2292 SPWM调制程序，且已调试通过，功能为两路PWM调制输出，控制全桥逆变电路-the procedures for ARMLPC2292 SPWM procedure, which was adopted debugging, function of two road PWM output, full-bridge inverter control circuit
my_spwm
- 采用直接查询法使用DSP产生两对互补的SPWM波，用于逆变控制-By direct inquiry method to produce two pairs of complementary use of DSP SPWM wave for inverter control
main_inverter
- 关于单相逆变器的2812编程，帮助学习SPWM，以及电流的PI闭环控制。-main inverter
double-SPWM_open
- 全桥逆变器双极性SPWM波调制，开关频率10.2kHz开环程序，调试准确无误-Full-bridge inverter bipolar SPWM wave modulation, the switching frequency 10.2kHz open-loop program, debug accurate
SPWM_2_3arms
- 基于spwm调制技术的三电平逆变器Matlab/simulink仿真，做课程设计时使用的。-Based on SPWM modulation technique of three level inverter Matlab/simulink, the do of course design.
POWER_SSSC_Ending
- 用simulink搭建一个SSSC（静止同步串联补偿器）模型，其中的逆变器环节是H桥多电平逆变器调制策略采用载波移相pwm调制（SPWM），仿真在35kv输电线路，三节点以上，SSSC采用阻抗补偿模式，给出在容性补偿和感性补偿下的仿真结果。-Build a SSSC with the Simulink (SSSC) model, which is the link inverter H bridge multilevel inverter modulation strategy using ca
Previous-Backup-of--
- 一款简单实用的纯正弦逆变电路，SPWM波精度高,输出正弦波波形好,稳压精度高,方便加入电压指示功能-SPWM wave of high accuracy, good sine wave output, high voltage accuracy, easy to join voltage indication function
CRH2_CI_System_Five_Level
- 基于MATLAB的五电平AC/DC/AC变流器，整流器采用了瞬态电流控制，逆变器采用了SPWM控制-MATLAB-based five-level AC/DC/AC inverter, rectifier uses a transient current control, inverter control using SPWM
Multi_mode_SPWM
- 多模式SPWM调制,主要应用于逆变器调制控制电机变频调速运行-Multi mode SPWM modulation for PWM modulation in motor control application
photovoltaic-grid-connected-system
- 光伏并网系统以MSP430F169 单片机为核心，单片机输出SPWM 波形经IR2110驱动H桥，实现DC-AC 逆变。最大功率点跟（MPPT）绝对误差小于1 ，利用430单片机软件实现锁相环，用参考频率作为基准频率，对MSP430单片机的外中断和定时器测定相位，当反馈的电压信号相位滞后（超前）于参考信号的相位时，就增大（减小）SPWM的频率；达到相位和频率同步。包括阻性负载，以及非阻性负载，实现了频率跟踪，相位跟踪。DC-AC 转换效率达88 ，人机接口LCD液晶显示器，界面直观、简洁，显示输
gw_program
- 基于f2812的spwm波，实现直流到交流的逆变，程序本身带有死区控制-Based on the spwm wave f2812 achieve DC to AC inverter, the program itself with dead-band control