资源列表
STM32-CAN
- 介绍CAN设备使用方法的例程，采用STM32F103RBT6平台-a simple program for the STM32F103RBT6 using Keil MCBSTM32 Evaluation Board and demonstrates the use of the CAN peripheral.
Experiment_6--PWM
- msp430f149控制 pwm输出通过单片机内部功能产生pwm输出-msp430 drive pwm out
monitor
- 基于STM32平台的电池电压采集程序，调试通过-Based on the STM32 platform battery voltage acquisition procedures, debugging through
dual-CAN-communicate
- 采用STM32单片机制作的CAN双机通信程序，附有说明文档-STM32 MCU CAN produced using dual machine communication program, with documentation
CAN-to-232
- CAN通信转RS232通信程序，独立的CAN 控制器SJA1000。应用语言: KEIL C51-CAN communication to RS232 communication procedures, independent CAN controller SJA1000. Applied Language: KEIL C51
20130710
- 步进电机解码红外控制，能够实现红外与步进电机完美控制！-Stepper motor control decoding Infrared, Infrared and stepper motor to achieve perfect control!
AD9851
- 使用MSP430F5438控制AD9854输出特定频率-Using MSP430F5438 control AD9854 output specific frequency
I2C_Slave
- MSP430F5438 I2C 从机模式代码-MSP430F5438 I2C Slave mode code
I2C_Master
- MSP430F5438 I2C 主机代码-MSP430F5438 I2C Master Mode code
Graduate
- 通过无线控制步进电机，控制智能小车的正转、反转、左转弯、右转弯。转弯是通过速度差实现的。-Through wireless control stepper motors, controlled smart car forward, reverse, turn left, turn right. Turning is achieved by the speed differential.
main222
- 通过无线控制步进电机，控制智能小车的正转、反转、左转弯、右转弯。转弯是通过步进电机正反转动实现的。-Through wireless control stepper motors, controlled smart car forward, reverse, turn left, turn right. Turn is rotated by a stepping motor to achieve positive and negative.
main111
- 通过无线控制步进电机，控制智能小车的正转、反转、左转弯、右转弯。转弯是通过速度差实现的。-Through wireless control stepper motors, controlled smart car forward, reverse, turn left, turn right. Turning is achieved by the speed differential.