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control-panel
- 基于AVR单片机的控制面板，可以修改和存储面板上按键的属性，可以输出232或者485数据-AVR microcontroller based control panel, you can modify and store the properties button on the panel, the data can be output 232 or 485
Wiegant_uart
- Wiegand26 converter to a serial RS-232. Source code for AVR ATmega128 microcontroller. Wiegand26 input ports, 3 output RS232 one. The frequency of the microcontroller 14.7456 MHz speed RS232 - 9600 baud. The program needs some work, depending on the
Jtag
- 自制jtag 支持直插和贴片16和232 用于avr系列单片机下载程序 包括原理图和PCB-Homemade jtag support line and patch for 16 and 232 series microcontroller avr download, including schematic and PCB
1160037925_1_FT224_iso7816_vcc
- iso7816_plain.c implements an interface between an RS-232 serial port and an ISO 7816 smart card, and is targeted for the Atmel AT90S2313 microcontroller in a development terminal. The source code is written entirely in C using the WinAVR tool suite.
123
- atmega16 cc1100无线232 cc1101 无线串口-Wireless 232 cc1101 avr atmega16 cc1100
uart
- AVR M16 串口测试程序可用于测试485和232收发通信-The AVR M16 serial test program can be used to test the 485 and 232 send and receive communications
M16_RF1100
- 用mega16读写CC1101的控制寄存器，并预留温度传感器，无线透明传送232传感器数据，程序为ICCAVR编写-CC1101 bi-directional control program using AVR mega16
NRF24L01
- 1.AVR-M16-NRF24L01开发包 a.无线232 b.无线AD传感 c.无线PC计分系统模拟 d.无线双向通信 e.无线温度传感 f.无线遥控 2.STC89C51-24L01实例源代码 a.NRF24l01双向通信 b.NRF24l01无线232通信 c.NRF24l01无线PC控制系统 d.NRF24l01无线记分系统 e.NRF24l01无线温度传感 f.NRF24l01双向通信.rar g.NRF
avrP18b20
- AVR单片机通过18b20采集温度并通过232串口传输到上位机-AVR microcontroller 18b20 temperature acquisition and transmission to the host computer through the 232 serial
rocker
- AVR单片机ATmega64摇杆程序,通过ADC采样，由485或232传输-AVR microcontroller ATMega64 rocker procedures by ADC sampling, by 485 or 232 transmission
010-UART-232_ok
- 单片机AVR开发，关于UART-232的完整程序，有利于进一步的学习-Single chip microcomputer AVR development, on the UART-232 of the complete program, is conducive to further learning
harans
- 基于AVR单片机的电力谐波分析系统本设计采用ATMEL公司的ATmega32L单片机完成一个电能质量检测系统。电压信号经过变压器隔离降压，幅值较低的交流信号再通过运算放大器构成的加法器变成可供A/D转换电路转换的直流信号。单片机使用内部的定时器每1/3200秒对电压信号采样一次，用片内自带的10位精度A/D转换器对每周波的电压信号采样64个点后，进行FFT运算，FFT的运算过程采取查表法进一步提高运算速度，分析出小于21次的各次谐波的含量，并计算出电压信号的有效值(RMS)，将谐波分析结果通过R