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AT91RM9200-BasicSPIDataFlash
- This zip describes SPI communication with a Serial DataFlash AT45DB and/or with a DataFlashCard AT45DCB. It shows how to configure the SPI peripheral on the AT91RM9200EK. Includes main.html file for help. For use under Green Hills 3.6.1 Multi?2000 So
S3C2410_BIOS
- 第一版YL2410开发板的BIOS 功能比较简单，上电之后，LCD显示蓝色、绿色、红色三个竖条 同时串口显示如下： Power on reset ************************************ * * * YL2410 Board BIOS V2006 * * Http://www.ucdragon.com * * * ************************************ NAND Flash Bo
ARM28
- 替代加密: A B C D E F G H I J K L M N O P Q R S T U V W 密文 Y Z D M R N H X J L I O Q U W A C B E G F K P 明文 X Y Z T S V I HAVE A DREAM！# 密文？？ 用ARM编程实现替代加密。
d169_dma
- D169 Demo - DMA0 Repeated Burst to-from RAM, Software Trigger Descr iption A 32 byte block from 220h-240h is transfered to 240h-260h using DMA0 in a burst block using software DMAREQ trigger. After each transfer, source, destination and DMA
fet140_spi
- MSP-FET430P140 Demo - USART0, SPI Interface to HC165/164 Shift Registers Descr iption: Demonstrate USART0 in two-way SPI mode. Data are read from an HC165, and same data written back to the HC164. ACLK = n/a MCLK = SMCLK = default DCO = UCLK
9200-emc-test
- AT91S_IPheader IpHeader; int status; AT91F_LowLevelInit(); AT91F_DBGU_Printk("\n\n\r-I- ======================================\n\r"); AT91F_DBGU_Printk("-I- AT91RM9200 EMAC Test\n\r"); AT91F_DBGU_Printk("-I- -----------------
JLinkV7_Genuine.rar
- 与市面上序列号为S/N : 11111117的兼容版不同，该固件是直接从正版JLink V7 读出的，固件请勿用于商业目的。该Jlink固件支持升级。,Serial number and the market for the S/N: 11111117 compatible version is different from when the firmware directly from the genuine read out JLink V7, firmware not used for c
demo
- Flex chip implementation File: UP2FLEX JTAG jumper settings: down, down, up, up Input: Reset - FLEX_PB1 Input n - FLEX_SW switches 1 to 8 Output: Countdown - two 7-segment LEDs. Done light - decimal point on Digit1. Operati
serial
- S3C44B0x上面的N皇后问题程序，使用串口（UART0）作为输入和输出。-S3C44B0X above N Queen s problem, the use of serial port (UART0) as input and output.
2410-fs-ldqmoon
- 这个是我调通的在2410下运行文件系统的程序. 用2410驱动sd卡来实现fat文件系统. 欢迎大家来测试. 用法很简单, 如下 FILE *fp // 文件指针 unsigned char temp[24]="3.wav" // 文件明需要放在数组里 while(!initialize_media()) // 初始化sd卡 { Uart_Printf("sd initializing....\n") } Uart_Printf(
IIC
- MC9S12单片机 IIC总线发送和接受1字节和N字节数据-IIC-bus single-chip MC9S12 send and receive 1 byte of data bytes and N
Lexicographic_order
- acm算法设计：排列的字典序问题 描述： n个元素{1,2,..., n }有n!个不同的排列。将这n!个排列按字典序排列，并编号为0，1，…，n!-1。每个排列的编号为其字典序值。例如，当n=3时，6 个不同排列的字典序值如下： 字典序值：0 1 2 3 4 5 排列：123 132 213 231 312 321 任务：给定n 以及n 个元素{1,2,..., n }的一个排列，计算出这个排列的字典序值，以及按字典序排列的下一个排列。 输入： 第1 行是元素个数
ma_CRC_files
- decoder of Hamming Use a [7,4] Hamming code. m = 3 n = 2^m-1 k = n-m parmat = hammgen(m) Produce parity-check matrix. trt = syndtable(parmat) Produce decoding table. recd = [1 0 0 1 1 1 1] Suppose this is the received vector. syndrome =
contraharmonic
- this file contains the implementation of the "contraharmonic filter" using the basic formula of finding contraharmonic mean achieved through the use of for loops. contraharmonic filter can remove both -SALT n PEPPER noise from the image but not sim
shiyanMUL
- 设计一台嵌入式CISC模型计算机（采用定长CPU周期、联合控制方式），并运行能完成一定功能的机器语言程序进行验证，程序功能可从以下3类中任选一个： ●输入1到8之间的任意一个整数N，求1到N之间的所有数的平方和并输出显示，和为单字长。 -To design a model of embedded CISC computer (using fixed-length CPU cycles, joint control mode), and run to complete a certai
WDT
- NXP 新推出ARM7处理器芯片LPC2478的看门狗模块的例程代码。编译环境为IAR。-Code for the WDT（Watch Dog Timer）module of NXP s LPC2478 chip.The compile environment is IAR.
ch1.ppt
- What is An Operating System ?A program that acts a n intermediary between a user of a computer and the computer hardware.A program that manages the computer hardware. Provide an environment in which a user can execute programs to accomplish useful wo
447915_d4d5ed744aeea98a
- 这是一个对ARM9通用的LINUX ARM QT串口初始化设置,只要在自己的程序打开这个程序,及初始化数据结构,就可以读写出N个字节的串口数据-This is an ARM9 general-purpose LINUX ARM QT serial port initialization settings, as long as in their own program to open this program, and initialize data structures, you can re
ML5830DS
- 该IC利用的无线频率范围是ISM频带的5.790G～5.840GHz。采用FSK调制方式。集成有上行转换混频器、缓冲器及预驱动器放大器、Fractional-N型（分数型锁相型）频率合成器等-The use of radio frequency IC is the ISM band 5.790G ~ 5.840GHz. Using FSK modulation. Integrated upconverter mixer, buffer and pre-driver amplifier, Frac
m.e.n.t.o.r._.k.e.y
- iar jlink v7 sch pcb binary