资源列表
Digital-display-thermometer
- 用PIC16F877A单片机和两只七段式LED数码管制作一个能够测量和显示室温的简易数显温度计。要求测量范围为0~40℃，误差控制在±1℃以内。当用手触摸温度传感器时，能够观测到显示温度随之变化。-Able to measure and display the room temperature PIC16F877A microcontroller and two seven-segment LED digital tube making a simple digital thermometer.
PWM-P-a-low-frequency-sine-signal
- 本实验要求使用PIC16F877A的CCP1模块的PWM功能和一个一阶RC低通滤波器产生一个5Hz的正弦信号。要求用示波器观察产生正弦信号的频率为准确的5Hz,且没有明显的失真。没有条件的读者可以通过观测直接和CCP1输出引脚相连的LED的闪烁频率来确定产生正弦信号的频率。-PWM function of the requirements of the experimental use PIC16F877A CCP1 module and a first-order RC low-pass fi
Navigation-light-experiment
- 用实验电路板上的PIC16F877A控制一个发光二极管来模拟航标灯工作。模拟航标灯以精确的1Hz频率闪烁，其中关闭时间为0.5s，发光时间也是0.5s。要求1Hz闪烁频率的长期误差达到20ppm以下。-Breadboard PIC16F877A control to simulate a light-emitting diode beacon lights work. Analog beacon lights to the precise frequency of 1Hz blinking, c
Temperature-data-acquisition-system
- 用PIC中档单片机集成的A/D模块，采集LM35输出的模拟温度值，采样速度为2Hz。然后将10位的A/D转换结果分为高低两个字节（高字节8位、低字节2位），通过USART模块的异步模式传到PC机上。通信方式设定为波特率9600、帧格式为8位数据位、无校验位、1位停止位。-Integrated with a mid-range PIC microcontroller A/D module, collecting the the LM35 output of analog temperature v
DAC_WAVE123
- LPC23XX design example for DAC_WAVE123
GPIO123
- LPC23XX design example for GPIO123
LCD_Demo123
- LPC23XX design example for LCD_demo123
LCD_Demo_jlink123
- LPC23XX design example for LCD_demo_jlink123
lpc236x_kit_IIC_at24c16_demo_123
- LPC23XX design example for lpc236x_kit_IIC_at24c16_demo123
lpc2368_usbaudio132
- lpc2368_usb audio 123-lpc2368 for usb audio123
lpc2368_usbhid123
- lpc2368_for usb hid 123
nrf24L01
- 是无线模块NRF2401的源代码，主要是基于单片机的代码。-Is the wireless module NRF2401 source code, is mainly based on the microcontroller code.