搜索资源列表
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
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
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.
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
Dot-matrix-clock
- stc12单片机做的点阵时钟,功能简介: 1、时间日期显示: 2、三按键菜单: 3、恋爱天数显示: 4、闹钟: 5、电池状态监测 6、多功能的LED指示: 在点阵屏上方有一排小LED,在右上方有一个大LED。正常时都不亮。 (1)当电池没电时,大LED变成红色; (2)当插上USB充电时:大LED多种彩色变化,一排小LED随电量增势流水灯变化 (3)当充满电时:大LED变成绿色,小LED灭掉;
measurement-of-injector
- 喷油嘴参数自动测量,通过油泵,电子天平和单片机快速的测量出汽车喷油在不同压力和电压下的流速,死区时间等参数。-Injector automatic measurement parameters, the oil pump, electronic scales and fast measurement of automotive microcontroller injection pressure and voltage at different flow rates, dead time and
PWM
- 在Keil环境使用stm32F407写的带死区控制的互补PWM驱动,很适合做双路电机控制,这是一个完整的工程,可以直接编译使用-In complementary PWM Keil environment stm32F407 write with dead-time control of the drive, it is suitable for dual motor control, which is a complete project, can be directly compiled us
deadtime
- pspice仿真,给出在PWM控制中,上下桥臂的死区时间的实现方法,利用逻辑元件产生死区,进而设计硬件电路。-PSPice simulation,can be used to produce dead time section,which helps the design of hardware
pwm
- 通过pid调节控制输出两路带有死区时间的互为取否的pwm波(By adjusting the PID control, two output PWM waves with dead time are obtained)
demo_pwm
- STM32F103ZET6开发板,死区时间的研究,定时器1输出互补波形(STM32F103ZET6 development board, dead zone time study, timer 1 output complementary waveform)
