一份对nandflash ks9f1208读写操作的源代码 本人已经测试通过

FLASH储存器24C256系列读写子程序-FLASH memory to read and write subroutines 24C256 Series

CPU:S3C44B0X FLASH:HY29LV160BT 2M SDRAM:HY57V641620 8M 2 COM USB1.1 PDIUSBD12 NET RTL8019AS JTAG 14PIN LCD 接口 4 KEY 3 LED 峰鸣器 时钟电池-CPU : S3C44B0X FLASH : 2M SDRAM HY29LV160BT : HY57V641620 8M two COM USB 1.1 PDIUSBD12 NET RTL8019AS JTAG interface LCD 14PIN four LED KEY 3-Wong-clock battery

描述了如何配置stm32f10x的ADC控制寄存器，ADC1被配置为有顺序地转换第14与17通道的模拟输入量，ADC2被配置为有顺序地转换第10与11通道的模拟输入量。-This example describes how to use ADC1 and ADC2 in regular simultaneous dual mode. ADC1 is configured to convert channel14 and channel17 regular channel continuously. ADC2 is configured to convert channel10 and channel11 regular channel continuously.

μCOSⅡ在ARM处理器上的移植μCOSⅡ在ARM处理器上的移植

68360演示程序 6 8360演示程序 68360演示程序 -68,360 68,360 Demonstration Program 68,360 68,360 Demonstration Program Demonstration Program

三星arm 4510 bootloader的实现与分析-Samsung realize the arm 4510 bootloader and Analysis

arm7下的温度采集和显示程序，包含了数据采集，还有数据转换，数据显示，也是嵌入式研究温度传感不可多得的程序。-ARM7 temperature acquisition and display program, including data acquisition, as well as data conversion, data show that research is embedded temperature sensing a rare procedure.

STM32 开发板例子:ucOS. 开发环境:Keil For ARM-STM32 development board example: ucOS. Development Environment: Keil For ARM

NS954X tuner solution source code with RDS function

#include //#include //#include "pic16f877.h" //#include "pic18f4539.h" //#include "pic18f452.h" //htc.h //========================================================== void delay(unsigned int value) {     while(value>0) value--;  } //========================================================== //================================================ //#pragma config FOSC = HS, WDTE = OFF, CP = OFF, PWRTE = OFF //__CONFIG(FOSC_HS & WDTE_OFF & DEBUG_OFF ); //__CONFIG(HS & WDTE_OFF & DEBUG_OFF ); #pragma config   OSC = HS,WDT =OFF #pragma config PWRT = OFF //#pragma config  OSC = HSPLL #pragma config  WDT = OFF #pragma config    LVP = OFF void main(void) { //CLEARBIT(TRISD,0xff); //SETBIT(PORTD,0xff); TRISB=0x00