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PWM4-20
- 51单片机PWM调制技术的实现方法,给出了具体程序.采用C语言编写.-51 microcontroller PWM techniques to realize, given the specific procedures. C language.
PWM4-20
- 51单片机PWM调制技术的实现方法,给出了具体程序.采用C语言编写.-51 microcontroller PWM techniques to realize, given the specific procedures. C language.
2
- Generating three single-edge PWMs using * the PWM2 (P0.7), PWM4 (P0.8) and PWM6 (P0.9) outputs.-Generating three single-edge PWMs using * the PWM2 (P0.7), PWM4 (P0.8) and PWM6 (P0.9) outputs.
pwm4
- 用verilog编写的脉冲宽度调制器的FPGA工程-With verilog write pulse width modulator FPGA project
SCI-PWM-2
- dsp28335自编应用，CCS3.3开发环境，C语言编程。实现通过串口小助手控制DSP的PWM4,5,6路输出给定周期占空比的PWM波。主要涉及SCI和PWM相关设计-dsp28335 self application, the DSP through the serial assistant PWM4,, 5,6 output given cycle duty cycle of the PWM wave. Mainly relate
TMS320F28335_PWM_duli
- 针对TI公司TMS320F28335的ePWM模块开发出的程序。该程序使得PWM3、PWM4、PWM5共三组六个通道输出相互独立的PWM。-TI' s TMS320F28335 ePWM module development program. The program makes PWM3, the three groups PWM4, PWM5 six channels of output mutually independent
VHDL-book3
- D_flipflop：1位D触发器的设计 D_fllipflop_behav：4位D触发器的设计 reg1bit：1位寄存器设计 reg4bit：4位寄存器设计 shiftreg4：一般移位寄存器的设计 ring_shiftreg4：环型移位寄存器的设计 debounce4：消抖电路的设计 clock_pulse：时钟脉冲电路的设计 count3bit_gate：3位计数器的设计
4PWM-and-Key
- MSP430F169 四路互补PWM波，PWM1与PWM2互补，PWM3与PWM4互补，占空比可调。-MSP430F169 four complementary PWM wave, PWM1 and PWM2 complementary, PWM3 and PWM4 complementary variable duty cycle.
dsp
- Pwm输出信号的设计 试设计四路（PWM1,PWM2,PWM3,PWM4）输出，载波频率为8ms，波形关系如图所示（一个周期）： -Design test design four (PWM1, PWM2, PWM3, PWM4) output Pwm output signal carrier frequency of 8ms, waveform relationship shown in Figure (a period):
PWM2-PWM3
- STC15W4K32S4系列单片机有6路高精度PWM，即PWM2、PWM3 、PWM4 、PWM5 、PWM6、PWM7。PWM波形发生器为每路PWM又设计了两个用于控制波形翻转的计数器T1和T2，可以非常灵活的控制每路PWM的高电平和低电平的宽度，实现对PWM占空比及PWM输出延迟进行控制。(STC15W4K32S4 series microcontroller has 6 high precision PWM, that is, P
ZQ28335_PWM4_DC
- This program is for TMS320F28335 code to make PWM4.
pid
- 基于stm32的寻迹小车PID算法解析 开发目标1：TIM1的4个通道生成PWM，CH1—PWM1 CH2—PWM2 CH3—PWM3 CH4—PWM4 TIM8的4个通道生成PWM，CH1—PWM5 CH2—PWM6 CH3—PWM7 CH4—PWM8 开发目标2：TIM7作为定时器中断，产生固定的时间间隔，便于计算电机及落地码盘的速度（单位时间间隔脉冲增量） 开发目标3：TI