搜索资源列表
m8pulse
- AVR MEGA8 伺服电机脉冲发生器程序,用PWM方式发出连续变频的脉冲,可控制启动速度,加减速度,最高速度等参数,还有回零功能.SPI控制接口.带仿真PROTEUS文件
PIC16F946_PWM
- PIC19F946下的PWM测试程序,经过proteus测试能直接放在mplab下运行
spwm PIC单片机SPWM例子
- PIC单片机SPWM例子,采用硬件PWM实现。外部电路非常简单,在RC1上接一个电容即可。 开发环境:MPLAB IDE V8.60+HT-PICC16 V9.80 pro PJ版+Proteus V7.1PJ版。 -PIC microcontroller SPWM example, using the hardware PWM to achieve. Development Environment: MPLAB IDE V8.60 HT-PICC16 V9.80 pro PJ v
keil
- proteus c 语言pid算法控制pwm实现直流电机调速-pid proteus pwm motor controlled
geli-kongtiao-yaokongqi
- 格力空调YBOF2型号遥控器的输出码,图为虚拟示波器实测,调制38KHz占空比可适当调节-With PWM technology for temperature control operation, microcontroller programming, Proteus simulation
BLDCM
- 这是基于matlab的一个无刷直流电机的仿真模型,效果很好-This is a matlab-based simulation model of brushless DC motor, works well
motor_pwm
- 电机转速测控系统,用PWM输出,改变占空比以改变转速。在PROTEUS仿真环境下,用虚拟终端进行通信,并设定转速-CONTROL MOTOR
LPC2124_PWM
- LPC2124输出可调占空比PWM波 PROTEUS仿真-LPC2124 duty cycle of PWM wave output adjustable PROTEUS simulation
ADC0808PWM
- ADC0808的PWM实验,有proteus仿真图和C程序。-ADC0808 of the PWM experiment, there proteus simulation map and the C program.
m8_pwm
- pwm程序实例,含完整的proteus仿真源文件和C语文件。所有程序仿真测试通过。非常适合初学者学习pwm控制。-pwm program instance, proteus simulation with the complete C language source files and documents. All Programs simulation test. Very suitable for beginners to learn pwm control.
89C51PWM
- 89C51单片机pwm汇编程序和Proteus电路图-89C51 microcontroller pwm process and circuit
AVR-MEGA16_T1_PWM
- AVR-M16_PWM compiled on the proteus envirenment -AVR M16 PWM compiled on the proteus envirenment
12f683pwm_ad
- 含有PROTEUS软件仿真,通过调节电阻改变PWM占空比
PWMadgusttemperature
- 基于51单片机PWM调温,代码注释详细,带有电路图和proteus仿真图,是课设的好材料。-PWM adgust temperature based on at89 s51
Time
- ATmega32的基本时钟定时器设置PWM及应用proteus仿真-ATmega32 PWM basic clock timer and application of proteus simulation
8051_PWM_LED_brightness
- 8051 PWM控制LED的亮度 KEIL源代码加PROTEUS仿真程序-8051 PWM control of LED brightness plus KEIL PROTEUS simulation program source code
code
- 利用51单片机和ADC0809实现电压测量,并利用此电压控制PWM波产生,使用proteus和模拟示波器仿真-51 And ADC0809 using the voltage measurements, and using this voltage-controlled PWM wave generator, oscilloscope simulation and modeling using the proteus
ROV
- ATmega128实现6路PWM波控制,可以设定调整,带proteus仿真-ATmega128 wave control to achieve 6-channel PWM, can be set to adjust with proteus simulation
wen
- proteus PWM控制仿真 占空比和周期课调,基于I2C总线-proteus PWM control simulation
SSR50_V101
- C语言使用PIC16F616单片机,使用ADC检测电压,使用CCP输出PWM功能。(PIC16F616 for C and PWM,ADC.)