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test7312
- ADS1.2编译环境下的EP7312芯片的一个基本测试范例，代码中完成了boot、中断设置、重映射和串口输出等功能，可以作为EP7312芯片起步的一个很好的参考。-ADS1.2 build environment under the EP7312 chip testing of a basic model, code completed boot, interrupt settings, re-mapping and serial output function, EP7312 chip can
fs2410_bios
- FS2410板子的bootloader,在ADS中编译出bin文件，烧写到2410 flash 0地址重新上电即可。-Bootloader FS2410 plank of the ADS compile the bin, burning of the flash 0 2,410 addresses can be re-power.
200491732900500
- 详细解释了REMAP的实现过程，从中你可以了解到ARM中地址重映射的美妙-REMAP detailed explanation of the implementation process, from which you can see the ARM addresses re-mapping of wonderful! !
LPC2200_Address
- 在ARM开发中，地址重影射的学习至关重要。没有学习的朋友可以参考这段程序。-the ARM development, alluding to re-address learning is essential. No learning can refer friends this procedure.
ReMap_ASM
- 基于ARM7的开发板的存储器重映射驱动程序，文件里有程序的详细注释，对与在此基础之上的二次开发非常方便-based on the ARM7 development board memory re-mapping driver, the documents detailed procedures Notes right and the basis of this second development is very convenient
pi06_src
- at91rm9200双端口RAM驱动及测试程序，支持信号量抢占，支持连续读取及重定位。-at91rm9200 dual-port RAM drive and testing procedures, the volume seize signal support, support for reading and re-positioning.
RC7121-01_Reference_code_for_FIFO_mdoe
- AMIC wireless RF transceiver A7121 firmware source code.-AMIC wireless RF transceiver A7121 firmwa 're source code.
memmp
- 完成对LPC2290的地址重映射。并通过锋鸣器提示操作是否完成。也可以通过通过ADS软件观测存储器的变化-LPC2290 completion of the re-address mapping. By Feng-ming on whether a prompt completion. Can be passed through observation memory ADS software changes
simlpe_pid_for_mega88
- Hey. This some pid code for the atmega88 that I once used to control a heater. It s purpose is pretty specific, and I only wrote it to work on the mega88, so the code itself won t be too useful. It is a good place to start if you re trying to u
basic.zip
- 飞思卡尔MPC5554 target To build your project, use the menu Project > Make or press F7. This will build the selected target.,This is release 1.00 of the eTPU function set1. The package contains the binary image of the eTPU code for the CPU to use,
PCF8952_msp430
- 使用msp430G2231单片机读取PCF8952读取i2c线上的AD转换信号，USI接口直接读，不需要自己重新读取，非常好-Use msp430G2231 microcontroller reads the PCF8951 i2c read signal line AD converter, USI interface directly read, do not need to re-read, very good
uart_rt
- stm8的uart的收发例程，利用中断，将接收的字符，重新发出去-stm8 the uart to send and receive routines, the use of interrupts, will receive the characters, re-issued to
key
- c51 键盘操作，很方便的使用，具有防止重入功能，滤波不消耗单片机运行时间，执行效率很高！-c51 keyboard operation, it is easy to use, with features to prevent the re-entry, filter does not consume microcontroller running time, the implementation of very efficient!
TNKernel_LPC
- TN-kernel内核针对LPC系列ARM7处理器和S3C44B0X重新定制好的源代码包。内含Nano-X GUI。-TN-kernel for LPC series ARM7 core processors and re-customized S3C44B0X good source code package. Containing Nano-X GUI.
IIC
- IIC C语言程序，只要重新定义引脚就可以实现I/O模拟IIC读写，验证过可以稳定的读写-IIC C language program, as long as the re-definition of pin can be achieved I/O simulation IIC read and write, verify that I can read and write stability
1
- 使用MMU进行地址重映射的启动代码结构探讨-MMU to address the use of re-mapping to explore the structure of the startup code
ReMap_C
- 存储器重映射实验，在ads1.2+arm7平台下！-Memory re-mapping experiments, in ads1.2+ arm7 platform!
P89V51
- 这个例子如果运行,将在仿真的PC窗口中的第1,2,3行显示一些信息后,在随机位置显示 1 ~ 5 .由于keil c51默认不支持重入函数,它的重入函数使用仿真的重入栈而不使用系统栈,而Small RTOS 51没有进行重入栈管理,所以在TaskA~TaskE虽然及其相似,但不能合并. (2)编译时会有5个警告,其中一个是因为没有使用一个系统函数OSSendSignal引起,它可以忽略.另4个是禁止任务间变量覆盖分析引起,必须忽略.感谢网友John X. Liu,在这个例子中我使用了他编写的
Remapping_on_LPC2000_Series
- 本文详细的介绍了基于LPC2000系列处理器的系统的初始化过程，并结合具体代码（在附带的程序中）对重映射作了细致的阐述，这些对于正确的理解和开发基于ARM的嵌入式系统具有重要的意义。-This paper introduces a system based on the LPC2000 family of processors the initialization process, combined with a specific code (in the attached program) m
ARM_remap
- ARM remap与重定位摘抄，对于ARM9嵌入式系统的开发会不很大帮助-ARM remap and re-positioning excerpt, for ARM9 embedded system development does not much help