DS1302时钟事实+ 12864液晶4094

本代码实现了两块无线收发模块prt8000（核心芯片nrf905）的通信功能-This code has two wireless transceiver module prt8000 (core chip nrf905) of the communication function

8051实时操作系统-8051 real-time operating system

93CXX的驱动程序-93CXX driver

直流电机控制()c程序,以上的文件都有完整的注释....很好-DC motor control () c procedures, the above documents are complete Notes .... good

Ｃ５１单片机模拟Ｉ２Ｃ双机通信协议，带从机部分。-C51 single-chip analog dual I2C communication protocol, with some from the machine.

fm1702 13.56m rfid 读卡程序-fm1702 13.56m rfid reader program

本书介绍IAR公司为MSP430系列单片机配备的C程序设计语言C430。书中叙述了C语言的基本概念、C430的扩展特性及C库函数；对C430的集成开发环境的使用及出错信息作了详尽的说明；并以MSP430F149为例，对各种应用问题及外围模块操作提供了典型的C程序例程，供读者在今后的C430程序设计中参考。-IAR for MSP430 microcontroller with the C programming language C430. The book describes the C language the basic concepts, the expansion characteristics of C430 and C library functions; Transformation of the integrated development environment for the use and the error messages, made a detailed statement; And MSP430F149 example, the various application modules and external operations for a typical C program routines for readers in the future Transformation program design reference.

本程序采用AT89C51单片机，ADC0809模数转换芯片进行模数转换，最终由数码管显示“0809**”。-This procedure using AT89C51 single-chip microcomputer, ADC0809 analog-to-digital conversion chip for analog-digital conversion, and ultimately by the digital tube displays

With the program AD9854C.exe one can set and tune the frequency in CW-mode. For use as a receiver LO also IF can be given and the both possible receiving frequencies are printed on the screen. The level in Q-outputs can be varied by giving the wanted attenuation in dB. This function is done by controlling a 12b digital multiplier in the device. In this case the level decreases somewhat with increasing frequency as it does in DDS devices. Alternatively the inverse sinc correction can be chosen, in which case the output is flat and high. -With the program AD9854C.exe one can set and tune the frequency in CW-mode. For use as a receiver LO also IF can be given and the both possible receiving frequencies are printed on the screen. The level in Q-outputs can be varied by giving the wanted attenuation in dB. This function is done by controlling a 12b digital multiplier in the device. In this case the level decreases somewhat with increasing frequency as it does in DDS devices. Alternatively t