搜索资源列表
Rectifier
- 关于整流器的程序.这个程序是在TI的DSP上实现-on rectifier process. The procedure is in TI's DSP Implementation
pwmrec
- 利用2407编写的PWM整流器控制程序,包含电压和电流的 检测,CLARK,PARK变换及SVPWM波形的生成
Three-phasePWMrectifierbasedonDSP2407andinverter.z
- 基于DSP2407的三相PWM整流器和逆变器-Three-phase PWM rectifier based on DSP2407 and inverter
SVPWM-SIMULINK
- svpwm实现PWM整流器,通过双环控制实现matlab的仿真-svpwm for PWM rectifier, achieved through double-loop control simulation matlab
PWM
- 基于DSP2812的PWM整流程序,为设计变频器或者PWM整流器的电气工程师提供PWM波形形成程序。-Electrical engineer for the design of the inverter or PWM rectifier the DSP2812 based PWM rectifier procedures, the PWM waveform to form a program.
DSPPWM
- 用DSP实现高功率因数PWM整流器的控制,采用2407控制-Using DSP to achieve high power factor PWM rectifier control, the use of 2407 control
creat0923
- 基于dspTMS320F2812的三相可逆整流器滞环电流控制源代码,工程文件在hy_control文件中。-Based on the three-phase reversible rectifier dspTMS320F2812 hysteresis current control source code, project documents hy_control file.
du_pwm_wave
- 基于DSP2407的三相PWM整流器和逆变器,均采用解偶矢量PWM控制。-based on dsp2407, three phase pwm rectifier and inverter, both apply decoupling and SVPWM control.
HV_SOLAR_DC_DC
- TI F28035芯片控制的太阳能DC-DC整流器控制程序,程序较为基本,适合初学者参考-Solar DC-DC converter control program TI F28035 chip control, the program is more basic reference for beginners
TL_SVPWM
- 用DSP28335实现三电平SVPWM整流器的程序,用到了12路PWM波,60°坐标系的的矢量算法。-DSP28335 achieved using a three-level SVPWM rectifier procedures used 12 PWM wave vector algorithm 60 ° coordinate system.
jx
- tsm32-2812-pwm程序介绍了基于TMS320LF2407控制的三相电压型PWM整流器数字系统,采用电压空间矢量脉宽调制(SVPWM)-The digital system of three-phase voltage source PWM rectifier based on tsm32-2812-pwm control is introduced in the TMS320LF2407 program, and the voltage space vector pulse width
VIENNA
- 基于F2812的维也纳VIENNA电源程序。本程序根据三电平六开关(Vienna)整流器的工作模态,结合两电平空间矢量(SVPWM)的工作原理,介绍了Vienna整流器SVPWM控制采用两电平SVPWM控制等效的方法。本文提出了一种适用于各种负载条件下的中点电位控制算法。-Based F2812 Vienna VIENNA power program. This procedure based on three-level six-switch (Vienna) rectifier operat
three-phase-PWM-rectifier
- 提出了一种无电流传感器的三相 PWM 整流器控制策略。系统采用双闭环控制,外环 PI 调节器控制直流侧输出电压,内环通过滞环调节器控制有功功率和无功功率,达到单位功率因 数运行的目的。根据整流器的数学模型通过电流重构可获得网侧电流,以实现无电流传感器控制。 仿真实验证明该方案具有良好的控制性能。-In this paper a current sensorless control strategy of three-phase PWM rectifiers is presente
AC_DC SPWM
- AC-DC整流器程序,双闭环控制,电压外环,电流内环(AC-DC rectifier program, double closed loop control, voltage outer ring, current inner loop)
VSR
- 三相大功率整流器软件的算法,直流侧输出电压为800伏特(The algorithm of three-phase high power rectifier software, the DC side output voltage is 800 Volts)
rectifier_xzd_old2
- 实现单相两电平PWM脉冲整流,利用DSP编程实现(To realize single-phase two level PWM rectifier pulse, using DSP programming)
VIENNAcloseloopwith2812
- VIENNA整流器闭环控制函数实现,利用2812DSP实现(The colse-loop control of VIENNA rectifer based on the DSP of TMS320F2812)
基于DSP28335的单相PWM整流 双闭环PI控制
- 利用DSPF28335实现单相桥式PWM整流器的双闭环PI控制,用到AD7606和数字锁相(Double-closed-loop PI control of single-phase bridge PWM rectifier using DSPF28335, using AD7606 and digital phase lock)
MR75020H_PFC
- PFC 无桥PFC全套控制程序代码,维也纳PFC控制代码(PFC no bridge PFC complete control program code, Vienna PFC control code)