搜索资源列表
avr494_avr495
- avr系列单片机用于变频器设计，实现了变频器的空间向量矢量控制，实用性较好-avr series of microcontrollers used in transducer design, implementation of space vector inverter vector control, practicality good
pwm_pan
- 带死区控制的PWM波，可驱动IGBT逆变桥。双路pwm波输出，驱动单相桥。双极性控制。-PWM control with dead zone waves to drive IGBT inverter bridge. Dual pwm wave output, driving single-phase bridge. Bipolar control.
tuji091222
- 一种横机控制器的程序，带动电磁铁和电机，控制变频器-One kind of knitting machine control program to drive solenoid and motor control inverter
svgen_mf
- 电机矢量控制逆变器SVPWM空间矢量算法PDF资料-Motor vector control inverter space vector algorithm of SVPWM PDF data
LPC1768-controller
- 基于LPC1768的变频器控制程序，根据负载情况，控制变频器的输出功率。-Based the LPC1768 inverter control procedures, depending on the load, and control the output power of the inverter.
main
- 电源控制全桥逆变.这是一个通过全桥逆变DC/AC转换的控制源代码。-Full-bridge inverter power control, which is a full-bridge inverter through the DC/AC converter control of the source code.
MCRP06_7125
- 基于瑞萨SH7125 MCU控制的3KW变频器源代码，主要是针对异步电机控制的，内含各种通信、电机控制算法、AD采样等核心代码-Based on Renesas SH7125 MCU control 3KW inverter source code, mainly for the induction motor control, containing a variety of communication, motor control algorithm, AD sampling, and oth
FREQUENCY1-3
- 逆变变频程序，直流逆变交流，变频控制，输入直流，输出单相交流变频-Frequency inverter program, AC to DC inverter, frequency control, DC input, single-phase AC output frequency
inverter-SPWM
- STM32单片机主控器，推挽全桥逆变器，SPWM控制，查找表生成SPWM波形，闭环，输出220V/50Hz交流电-STM32 microcontroller master, push-pull full-bridge inverter, SPWM control, look for 220V/50Hz AC table generating SPWM waveform, the closed-loop output
hunhang_v24
- GPS and INS navigation program, PV modules contain, MPPT module, BOOST module, inverter module, The IMC - PID is using the internal model control principle for PID parameters is calculated.
ARM_SPWM_2-master
- arm单片机实现对逆变电源的输出波形控制，包含proteus仿真。(ARM MCU realizes the output waveform control of inverter power supply, including proteus simulation.)
程序及原理图
- 系统中采用了电压反馈闭环，单片机通过内部软件产生一路SPWM控制信号，然后经过逻辑门变换电路变换成逆变全桥所需的四路驱动信号，再经专用驱动芯片TLP250隔离放大后，分别加到逆变全桥四个IGBT的栅极，进行驱动控制。(The voltage feedback closed loop is used in the system, and the single chip microcomputer generates all the SPWM control signal through the i