08-ADCconvert

8位数码管动态扫描显示实验(显示不用库函数) *显示用指针直接访问GPIO端口的输出寄存器，形式GPIOD->ODR *延时delay_nms(5)时，显示不闪烁 *74HC138 A--P2.2--PE.0 B--P2.3--PE.1 C--P2.4--PE.2 *74HC573 D0~D7---PD[0..7] LE---PE.3 *by 追梦 2011-4-3(8-bit digital dynamic scan showed that the experimental (show no library function)* Display a pointer to directly access GPIO port output register, form GPIOD-> ODR* delay delay_nms (5), the display does not blink* 74HC138 A- P2. 2- PE.0 B- P2.3- PE.1 C- P2.4- PE.2* 74HC573 D0 ~ D7--- PD [0 .. 7] LE--- PE.3* by Dream 2011-4-3)

ARM7板，lpc2378芯片，设置时间菜单的实验程序(ARM board,lpc2378,set time mune)

基于STM32W的发射和接收的demo程序，可直接使用IAR编译仿真。(STM32W-based transmission and reception of the demo program can be used directly IAR compiler emulation.)

实现对ARM嵌入式运行bin文件的长度修改与后校验字添加(Implementation of embedded operation bin file length modification and after verification word)

该源码是arm芯片stm32的I2C源码(The source is the arm of the I2C chip stm32 source)

基于NXP公司的ARM7芯片LPC2148的IAP模块的程序，在Keil4上编译通过(NXP' s ARM7 chip LPC2148 IAP module-based program, compiled by the Keil4)

ARM7调试程序。ADS编译LPC2294(ARm7 Ads)

微波毫米波系统的设计，晶体管选用的是ne3210s01。 设计指标： 1.中心频率7.78G，通带120MHz 2.通带内增益达到16.2dB，波纹小于0.5dB 3.通带内的噪声系数小于0.5 4.通带内输入驻波比小于1.5，输出驻波比小于2 5.系统特性阻抗50Ω 6.微带线基板厚度0.508mm，相对介电常数3.66(The design of microwave and millimeter wave system is based on ne3210s01. Design indicators: 1. center frequency 7.78G, pass band 120MHz The gain in the 2. pass band is 16.2dB, and the ripple is less than 0.5dB The noise coefficient in the 3. passband is less than 0.5 The 4. band input is less than 1.5 in Bobbi, and the output in Bobbi is less than 2. 5. system characteristic impedance 50 Omega 6. microstrip line substrate thickness 0.508mm, relative dielectric constant 3.66)

基于ARM操作系统代码模板,stm32f103vet6(ARM-based operating system code templates,stm32f103vet6)

说明：  基于51的12864液晶屏显示资料，可以制作 12864B液晶屏显示的库文件(Based on 5112864 LCD display data, it can be produced. Library Files for 12864B LCD Display)