搜索资源列表
PWM_4
- 死区时间型PWM在stm32上的实现-PWM dead time based on the realization of the stm32
pwm
- pwm的占空比和死区时间可调的Verilog HDL程序设计和测试-duty cycle of pwm and adjustable dead time of the Verilog HDL design and testing procedures
PWM_deadtime
- 利用HDL语言编写的PWM死区时间的实现,已经通过本人仿真验证,对于电力电子行业的研发人员有帮助-Using HDL languages implementation of PWM dead time has passed my simulation, for the power electronics industry, R & D staff to help
epwm_deadband
- dsp28335 pwm dead time 設定程式-dsp28335 pwm dead time setup program
kaihuan
- 利用DSP控制器,给定两个电压,实现SVPWM控制。这个程式我已经做过实验很有用的。里面有死区时间设置!-The use of DSP controllers, given the two voltages, the realization of SVPWM control. I have made this program very useful experiment. There are dead-time settings!
tms320f28335_epwm_examples
- tms320f28335芯片epwm模块的详细配置及例程。其中包括epwm的dma方式、死区控制模块的配置、trip模块的配置等。-tms320f28335 chip module epwm detailed configuration and routines. These include epwm the dma way, dead-time control module configuration, trip module' s configuration.
C8051F060_PWM
- 基于C8051F060的PWM产生程序。 采用软件定时器完成,使用普通口线输出,输出为推挽输出,上升沿和下降沿陡峭并存在过充。提供PWM波频率调整、占空比调整、双路输出PWM波死区时间调整功能。-The PWM generation process based on the C8051F060. Completed using the software timer, use the normal port line output, the output of push-pull output
C8051F060_PWM_long
- 基于C8051F060单片机的PWM波形产生程序。 采用长整型计算,使用C8051F060内部的捕捉比较单元实现、使用专门的捕捉比较单元输出脚输出。 提供PWM波形频率、PWM波形占空比、双路PWM波形死区时间控制等功能。-Based on C8051F060 MCU PWM waveform generation process. Use of long integer calculations, use the C8051F060 to achieve within the capt
test
- 控制交通灯闪烁,使其产生南北直拐,与东西直拐,期间有10秒的停滞时间,是四面互不相通-Control of traffic lights flashing, to produce a straight north-south street, and something straight street, and during 10 seconds of dead time, is surrounded by each other through
PWM_DblEdg
- MCPWM 含有 3 个独立的通道,每个通道包括: 1 个32 位定时器/计数器(TC); 1 个32 位界限寄存器(LIM); 1 个32 匹配寄存器(MAT); 1 个10 位死区时间寄存器(DT)和相应的 10 位死区时间计数器; 1 个32 位捕获寄存器; 2 个极性相反的已调整的输出(MCOA 和 MCOB); 1 个
MC_PWM
- 交流电机的驱动。MC-PWM的应用。 MCPWM 含有 3 个独立的通道,每个通道包括: 1 个32 位定时器/计数器(TC); 1 个32 位界限寄存器(LIM); 1 个32 匹配寄存器(MAT); 1 个10 位死区时间寄存器(DT)和相应的 10 位死区时间计数器; 1 个32 位捕获寄存器; 2 个极性相反的已调整的输出(MCOA 和 M
m16
- avr单片机产生spwm单向信号。查表法。带有死去时间。程序可以根据情况修改。-avr microcontroller generate spwm unidirectional signal. Look-up table. With dead time. Program can be modified according to the situation.
03_EvPwm01
- EVA的通用定时器T1和T2运行在连续增计数模式,EVB的通用定时器T3和T4运行 * 在连续增/减计数模式,各全比较单元输出的PWM波形具有死区,死区时间为 * 4.27us。-EVA timers T1 and T2 General run in a continuous increase in counting mode, EVB timers T3 and T4 general run* in a row up/down counting mode, each full comp
04_EvPWM02
- EVA下面的通用定时器T1工作于连续增/减计数模式,产生对称的PWM波形。通过 * T1的周期中断来计时,每隔1s钟改变1次占空比。死区时间为4.27us。-EVA the following general-purpose timer T1 operates in continuous up/down counting mode, resulting in symmetric PWM waveform. By* T1 interrupt the cycle time, clock chan
TIM1-PWM
- STM32 TIM1 PWM 两路输出,带死区时间-STM32 TIM1 PWM two outputs with dead time
ti-deadtime
- 德州仪器基于PWM方式下交流永磁同步电机的死区时间生成方式及特点。-Texas Instruments, under PWM-based AC permanent magnet synchronous motor way and dead-time generation characteristics.
atmega16-pwm
- atmega16输出带有死区时间可驱动mosfet的pwm波形-atmega16 output with dead time can drive the mosfet pwm waveform
123
- PWM时钟来源、PWM周期、占空比、死区控制、互补PWM-PWM clock source, PWM cycle, duty cycle, dead-time control, complementary PWM
F2812_EvPwm02
- F2812 输出可调占空比的PWM波。 (CCS3.3开发环境下) 功 能:PWM1和PWM2输出频率为1KHz的PWM波形。波形的占空比每隔1s变化5 ,范围在10 到90 之间。 说 明:EVA下面的通用定时器T1工作于连续增/减计数模式,产生对称的PWM波形。通过T1的周期中断来计时,每隔1s钟改变1次占空比。死区时间为4.27us。-F2812 adjustable duty cycle of the PWM wave output. Function: PWM1 and PWM2 ou
PWM-dead-zone
- 实现PWM输出的死区控制,可保证避免上下桥臂同时导通损坏功率器件-Achieve PWM output dead time control, can guarantee to avoid simultaneous conduction of upper and lower leg damage power devices
