资源列表
风板控装置制设计
- 本系统通过对直流小风扇风速的调节实现对风板转角的控制，使风板转角能够随风速变化而改变，且能快速达到设定角度并稳定。IAP15F2K61S2单片机为控制核心，通过键盘设定风板板角度 1602实时显示风板当前角度。单片机输出PWM波控制风扇的风速，通过GY521mpu-6050测量风板的倾角反馈至单片机，采用PID控制经典算法，使系统实现精确控制，然后微调小风扇的转速改变风速的大小使风板角度达到稳定。最终实现在悬挂重物的情况下风板能达到设定角度控制，且最终绝对值误差不超过5度.(The system
15_舵机
- 是对于舵机的一些简单控制，可以很好地实现对舵机的控制。(Is for the steering gear of some simple control, you can achieve a good control of the steering gear.)
摄像头
- 对mt9v032摄像头的一些处理，二值化和滤波以及一些简单的算法(Some of the mt9v032 camera processing, two value and filter, and some simple algorithms)
SD_Datalog_TEMP_ADC
- SD card datalog, temperature through ADC
01a_16x2LCD
- 16x2 LCd display using LPC1768
01a_Test_UART
- Testing UART all channels LPC1768
24bitADc
- Pic32 microchip code for 24 bit adc
89c51-proje-sayisal-saat
- In most of the manufacturing industries, it is required to rotate DC/AC motor forward and reverse alternatively for desired time. First motor rotates forward (clockwise) for some time (say few minutes or even seconds).
atmega8-vu-metre-iki-kanal-64-led
- Toll plaza system based on vehicle category interface with 8051 microcontroller
LM35
- initilization lm35 with adc lpc1768
ble_flight
- nrf51822蓝牙串口学习，包含详细注释，在官方基础上添加了条双向通信特征(NRF51822 BLE UART,Contains detailed notes)
STM8的C语言编程
- STM8的C语言初级例程，供需要了解STM8S的开发者参考。(STM8S simple C program example.)