74HC595的程序，C51版本，其他已调试

在51单片机系统中利用专用以太网控制芯片RTL8019AS实现以太网接口-51 single-chip microcomputer system in the use of a dedicated control chip RTL8019AS Ethernet Ethernet interface

这个UV3是正式版. 不像网上传的那样,在98下运行就出错. 这个版本是:3.03 是从DKARMV12A中拷出来的. 我一直都在用,好用着.-Lithography is the official version. Unlike Internet-in the case of 98 mistakes on the run. This version is : 3.03 from DKARMV12A which beat out. I have been in use and ease of use with.

我自己编写的74HC595数码管显示程序,一个595驱动两个共阳极数码管-I have written 74HC595 digital tube display program, a total of 595 drive two digital tube anode

用单片机控制电动车的起停，用C语言编程，编译环境是KAIL C ，选用的芯片是PIC芯片。编译很好。-SCM control of electric vehicles with the start-stop, using C language programming, compiler environment is KAIL C, use the chips are PIC chips. Compile good.

电机控制，用51开发，可控制电机正反转，转多少度，编码器控制。-motor control, with 51 development, motor control reversion, to the number of degrees, coding control.

基于Proteus的正反转可控的步进电机的仿真，内有源代码。-Based on the positive inversion Proteus controlled stepper motor simulation, within the source code.

单片机制作的测速计源程序，发上来和大家分享分享，仅共参考-MCU production or source of guns, and onto a share share, a total of only reference

keil编译,单片机资料,Can通讯。-keil compiler, microcontroller information, Can communications.

1.将P1.0～P1.3接开关，将P1.4～P1.7接发光二极管。依据P1.0～P1.3开关状态控制P1.4~P1.7发光二极管点亮。 2.将P1.0～P1.7全部接发光二极管，开始P1.0、P1.5点亮，左循环50次后P1.1、P1.4点亮；右循环30次，循环往复。-1. P1.0- P1.3 will then switch to P1.4- P1.7 access LEDs. P1.0- P1.3 based on state control switch P1.4- P1.7 LED lights. 2. P1.0- P1.7 will take all LEDs started Schematic, P1.5 lit, the left circle after 50 P1.1 and P1.4 lit; Turn right circle 30 times repeated.

用12864液晶显示电子时钟,并能进行温度显示,可更改时间-12864 liquid crystal display with electronic clock and temperature display, time can change