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ARM7-bootloader
- 要不得基于ARM的系统设计方法,介绍了ARM7TDMI的应用-condemned ARM-based system design methodology, introduced enhancements to the application
20070529
- 介绍了GPRS的特点及其在工业远程监控系统中的优势，给出基于ARM7TDMI-S处理器的GPRS 远程终端的设计方案和实现要点。-introduced GPRS features and industrial remote monitoring system, the advantage is based on ARM7TDMI-S processor GPRS remote terminal design and realization of points.
embedLinuxexplant
- 嵌入式Linux 内核移植相关代码分析 本文通过整理之前研发的一个项目(ARM7TDMI +uCLinux)，分析内核启动过程及需要修改的文件，以供 内核移植者参考。整理过程中也同时参考了众多网友的帖子，在此谢过。由于整理过程匆忙，难免错误 及讲解的不够清楚之处，请各位网友指正，这里提前谢过。本文分以下部分进行介绍： 1. Bootloader 及内核解压 2. 内核启动方式介绍 3. 内核启动地址的确定 4. arch/armnommu/kernel/h
2006511214124348
- ：随着嵌人式系统的迅速发展，32位微处理器和实时操作用越来越广泛。本文提出了一种基于STR710FZ2TB的嵌人式系统设计, 重点分为三个部分，系统硬件设计、系统的应软件设计、应用实例。本文首先介绍了STR710FZ2TB微控制器和uC/OS-II操作系统的特点, 然后详细描述了软硬件设计过程，在此基础上设计了一个时钟实例，最后介绍了硬件的开发环境和ARM软件开发环境，完成了整个设计过程。 关键词：嵌入式系统；ARM7TDMI；实时操作系统；动态显示
JTAGrep
- OPEN-JTAG ARM JTAG 測試原理 1 前言 本篇報告主要介紹ARM JTAG測試的基本原理。基本的內容包括了TAP (TEST ACCESS PORT) 和BOUNDARY-SCAN ARCHITECTURE的介紹，在此基礎上，結合ARM7TDMI詳細介紹了的JTAG測試原理。 2 IEEE Standard 1149.1 - Test Access Port and Boundary-Scan Architecture 從IEEE的JTAG測試標準開始，JTA
S3C44B0X中文技术文档
- 介 绍 三星的S3C44B0X 16/32位RISC处理器被设计来为手持设备等提供一个低成本高性能的方案。 S3C44B0X提供以下配置：2.5V ARM7TDMI 内核带有8Kcache ;可选的internal SRAM;LCD Controller(最大支持256色STN，使用LCD专用DMA)；2-ch UART with handshake(IrDA1.0, 16-byte FIFO) / 1-ch SIO； 2-ch gener
uClinux_on_ARM7TDMI
- 關於uclinux於ARM7TDMI架構文件參考資料.-About the ARM7TDMI architecture uclinux reference document.
AT91R40008-LedSwing-ADS1_2-1_1
- 描述ARM7TDMI在点灯程序，用于测试程序的状态-ARM7TDMI procedures described in the light, the state procedures for testing
MODE
- ARM7TDMI CPU模式切换基础演练。 明白CPU工作模式究竟是怎么一回事！-Based on ARM7TDMI CPU mode switching exercise. CPU mode to understand how what is one thing!
ARM_JTAG_debug
- 主要介绍ARM JTAG调试的基本原理。基本的内容包括了TAP (TEST ACCESS PORT) 和BOUNDARY-SCAN ARCHITECTURE的介绍，在此基础上，结合ARM7TDMI详细 介绍了的JTAG调试原理。-ARM JTAG debugger introduces the basic principles. Basic elements include TAP (TEST ACCESS PORT) and BOUNDARY-SCAN ARCHITECTURE in
W90P710CD_CDGf
- The W90P710 is built around an outstanding CPU core, the 16/32 ARM7TDMI Risc processor
ARMJTAG
- JTAG+调试原理，中文版。这篇文章主要介绍ARM JTAG调试的基本原理。基本的内容包括了TAP (TEST ACCESS PORT) 和BOUNDARY-SCAN ARCHITECTURE的介绍，在此基础上，结合ARM7TDMI详细介绍了的JTAG调试原理。-JTAG+ debug principle, the Chinese version. This article introduces the basic principles of ARM JTAG debug. Basic elem
CortexM3
- Cortex-M3的相关技术文档 1_ARM_Cortex-M3挑战8位微控制器经济 2_创建出色的32位微控制器应用的四步骤 3_针对ARM_Cortex_M3平台的代码移植 4_从ADS到RealView_MDK 5_在Cortex-M3处理器上运行ARM7TDMI处理器软件-Cortex-M3-related technical documentation 1_ARM_Cortex-M3 8-bit microcontroller economic chall
NUC501datasheet
- 有關華邦nuc501相關spec；arm7tdmi可跑到108MHz-Winbond nuc501 the relevant spec arm7tdmi can run 108MHz
lpc_blink_switch_cpp_20050429
- This a simple example to let a LED blink and test button-input (GPIO) on a Philips LPC2106 (ARM7TDMI-S-architecture). The demo-board LPC-P2106 from Olimex has been used. The project-setup is adapted for the arm-elf GNU-toolchain on MS-Windows "hosts"
ARM-7TDMI-Datasheet
- The ARM7TDMI is a member of the Advanced RISC Machines (ARM) family of general purpose 32-bit microprocessors, which offer high performance for very low power consumption and price. The ARM architecture is based on Reduced Instruction Set Compu
armSystemDesign
- ARM体系结构与应用系统设计示例 一、ARM体系结构简介 二、基于S3C4510B(ARM7TDMI)最小系统的设计 三、基于ARM体系的嵌入式操作系统-ARM architecture and application system design example First, the ARM architecture Introduction Second, based on the design of of S3C4510B (ARM7TDMI) Minimum Syste
ARM LPC23xx Core compare
- 72-MHz, 32-bit microcontroller with ARM7TDMI-S™ core LPC23xx
ARM7TDMI
- 基于ARM7TDMI的嵌入式系统设计与实现-ARM7TDMI-based embedded system design and implementation
LPC2131/32/34/36/38 Product data sheet
- The LPC2131/32/34/36/38 microcontrollers are based on a 16/32-bit ARM7TDMI-S CPU with real-time emulation and embedded trace support, that combine the microcontroller with 32 kB, 64 kB, 128 kB, 256 kB and 512 kB of embedded high-speed flash memory.