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hongwaixian
- 单片机用作通用红外遥控接收器的设计 PWM调制开关电源的研究 以电子电力学为核心 以整流技术为主-generic microcontroller for infrared remote control receiver design PWM switching power supply of electronic learning for power to the core technology-based rectifier
w03
- 用变压器+整流桥+滤波器+稳压器构成5v的直流电源，以此作为D/A转换器（DAC0832）的基准电压，用AT89C51+8155+键盘+LED的单片机小系统控制进入DAC0832的数字量达到数控的目的 -transformer rectifier bridge filter Regulators constitute 5v DC power supply, as D / A converters (DAC0832) voltage, AT89C51 8155 with the keyboard
M16_RectCtrl
- 通信电源中，整流器模块控制器程序。ATmega16L，8M晶振，使用USART通信中断，使用ADC采集模块数据，使用部分通用I/O口控制模块开关机。-communication power, the rectifier module controller program. Indicator, 8M crystal use USARTs communications interruptions, and the use of ADC data acquisition module, the us
TMS320F2812-pwm.rar
- 开发环境ccs 利用TMS320F2812产生pwm信号输出，用于电力电子方面如可用于电机的控制，整流逆变过程的控制,Development Environment ccs generate pwm signal using TMS320F2812 output can be used in power electronics, such as for motor control, process control rectifier 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
model
- svpwm 模型 可用于三相PWM整流 电机控制，参数可调-svpwm model can be used for three-phase PWM rectifier motor control, parameter adjustable
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.
NCVoltage
- 该电源主要分为整流、变压部分，调压、稳压部分以及控制部分。具体地说是用开关电路实现整流与初级变压，用可调三端稳压器实现调压与稳压，而用单片机控制整个电源的工作-Mainly divided into the power rectifier, transformer parts, regulator, voltage regulator and the control of some parts. Specifically the switch circuit and primary trans
triapf1
- 基于单位功率因数控制策略的三相全控整流。开关器件采用IGBT。PWM波形产生控制电路里使用的饱和限制模块，就是限制波形的幅度的，对输出直流电压幅值影响很大。-Based on the unity power factor control strategy of three-phase full-controlled rectifier. Switching device IGBT. PWM waveform generator control circuit in the saturation
MiniUC_ZLQ
- 基于ucos atmega8L 实现多任务按键，多路继电器控制，整流器老化平台-Based on ucos atmega8L Achieve multi-task button, multi-channel relay control, rectifier aging platform
bdy2462000
- 开关电源型整流器对蓄电池的充放电控制程序，基于单片机和KEIL C开发环境-Switching Power Supply Rectifier pairs of battery charge and discharge control procedures, based on single chip, and KEIL C development environment
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.
rbdy
- 高压整流电源控制,应用于电网融冰,大型电解等工业领域.-High-voltage rectifier power control, used in ice melting power, large-scale electrolysis and other industries.
Sensorless_Control_Strategies_for_PWM
- Methods for limitation and elimination of disturbances and harmonic pollution in the power system have been widely investigated. This problem rapidly intensifies with the increasing amount of electronic equipment (computers, radio set, printers, TV
C1
- 建立简化的高功率因素整流器的开关周期和电源周期的时域平均模型。已知交流电压源有效值为220V，写出相应直流电压源电压以及电路中其他控制参数的具体确定过程，并将两个模型的输出进行对比。-To establish a simplified high-power factor rectifier and power cycle the switching cycle average model in time domain. Effective value of AC voltage source k
ideal_6pulse
- 三相全桥晶闸管可控六脉动整流电路，通过控制晶闸管导通角可以控制输出直流电压大小-Three-phase full-bridge thyristor controlled six pulse rectifier circuit, by controlling the thyristor conduction angle can control the size of the output DC voltage
MDP10
- 程序结构有待改进，但是最后实现了功能：按键加速，LED显示，直流电机调速（半波整流），亮度调节，功能菜单。是一个产品代码，且已经量产。项目文件，可直接编译-Program structure to be improved, but in the end to achieve the function: keys to accelerate, LED display, DC motor speed control (half-wave rectifier), brightness adjustme
Direct-Power-Control-for-Three-phase-PWM-Rectifie
- Direct Power Control for Three phase PWM Rectifier
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