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Description: 高性能、低功耗的8 位AVR® 微处理器
• 先进的RISC 结构，JTAG 接口( 与IEEE 1149.1 标准兼容)-high performance, low power AVR 8
Platform: |
Size: 2806052 |
Author: 丫倪儿 |
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Description: JTAG的驱动程序，一般都是用在相对应的嵌入式ARM处理器上，这个事实用在LPC2210上面。-JTAG drivers are generally used in relation to the embedded ARM processor, with the fact that the LPC2210 above.
Platform: |
Size: 24576 |
Author: 万文辉 |
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Description: 1）通过fs44b0xbios和网口，将upload里的boot.bin烧写到flash 0 地址
见“FS44B0Xbios使用指南”之5
2) 打开57600超级终端
3) 连上串口线和jtag调试头
4）打开FS44B0X开发板电源
5）运行jtag.exe,在SDT下调入 ucosii_demo.axf，运行
6) 在超级终端上有三个任务的运行与退出显示，板子上的三个发光二极管会来回闪烁。
-a) fs44b0xbios and LAN, li will upload the burning of flash boot.bin 0 addresses see "FS44B0Xbio s User's Guide "5 2) to open 57,600 Super Terminal 3) connected to serial lines and the first four JTAG Debugging) Open FS44B0X development board Power 5) Run jtag.exe, under the redeployment ucosii_demo.axf SDT, running 6) of the Super Terminal 3 on the mandate of the operation and withdraw from the show, on board the three light-emitting diodes will flicker back and forth.
Platform: |
Size: 215040 |
Author: 张淼林 |
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Description: 一款ARM-JTAG.rar PCB文件-ARM-PCB document JTAG.rar
Platform: |
Size: 158720 |
Author: jackson |
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Description: 高性能、低功耗的8 位AVR® 微处理器
• 先进的RISC 结构，JTAG 接口( 与IEEE 1149.1 标准兼容)-high performance, low power AVR 8
Platform: |
Size: 2805760 |
Author: 丫倪儿 |
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Description: 这是收集的用于ARM和POWERPC平台的JTAG和BDM并口调试工具的设计原理图，以及JTAG的相关文档，嵌入式开发中可能用到。-This is the collection for the ARM and POWERPC platform and BDM Parallel Port JTAG debugging tools Design drawings, and JTAG relevant documents, embedded development might be used.
Platform: |
Size: 2327552 |
Author: jingheng |
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Description: 关于arm开发中jtag仿真器的使用手册，介绍了jtag使用，设置等较为详尽的方法步骤。-development arm of the jtag simulation of the user manual on the jtag use, such as a more detailed set of steps.
Platform: |
Size: 697344 |
Author: caoyonggang |
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Description: 嵌入式系统设计与实例开发
1嵌入式系统中的 JTAG 接口编程技术.pdf
二、基本概念.pdf
三、嵌入式微处理器体系结构.pdf
四、嵌入式实时操作系统分析.pdf
五、嵌入式实时操作系统的移植.pdf
六、基于ARM的嵌入式系统硬件结构设计.pdf
七、嵌入式系统软件结构设计.pdf-Examples of embedded systems design and development of one embedded system JTAG programming interface. Pdf Second, the basic concept. Pdf c, embedded microprocessor architecture. Pdf Fourth, analysis of embedded real-time operating system. Pdf V. embedded real-time operating system of the transplant. pdf six, based on the ARM embedded system hardware structure design. pdf VII, the structural design of embedded systems software. pdf
Platform: |
Size: 5876736 |
Author: asgx00 |
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Description: AVR JTAG ICE全套制作资料,包括程序，电路原理图等-AVR JTAG ICE produced a full set of information, including procedures, such as circuit schematics
Platform: |
Size: 76800 |
Author: 张锡良 |
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Description: 写得非常好的JTAG的调试原理,仔细看一遍,就对仿真器的工作原理有了大体的认识.值得花时间-Written a very good principle JTAG debug carefully thorougly, on the emulator work with the general understanding of the principle. Deserves to spend time
Platform: |
Size: 452608 |
Author: cxb |
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Description: ARM的调试下载工具最新版H-JTAG V0.6.1，H-JTAG是一款简单易用的的调试代理软件，包括两个工具软件：H-JTAG SERVER和 H-FLASHER。其中，H-JTAG SERVER实现调试代理的功能，而 H-FLASHER则实现了 FLASH烧写的功能。-ARM debug tools to download the latest version of H-JTAG V0.6.1, H-JTAG is a easy-to-use debug agent software, which includes two tools: H-JTAG SERVER and H-FLASHER. One, H-JTAG SERVER debug agent function, and H-FLASHER is a FLASH programmer functions.
Platform: |
Size: 2190336 |
Author: |
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Description: MEGA16-16L型号的中文说明资料，里面介绍RISC 结构，JTAG 接口，外设特点，I/O 和封装，特殊的处理器特点-MEGA16-16L models explanatory information in Chinese, which introduced the RISC architecture, JTAG interface, peripheral features, I/O and packaging, special features of the processor, and so on
Platform: |
Size: 2424832 |
Author: 陈洲 |
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Description: LPC2478开发板原理图，以太，232，LCD，JTAG-LPC2478 development board schematics
Platform: |
Size: 322560 |
Author: lolly |
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Description: SMDK2413 (Samsung MCU Development Kit) for S3C2413X is a platform that is suitable for code development of SAMSUNG s S3C2413X 16/32-bit RISC microcontroller (ARM926EJ-S) for hand-held devices and general applications. The S3C2413X consists of 16-/32-bit RISC (ARM926EJ-S) CPU core, separate 8KB instruction and 8KB data cache, MMU to handle virtual memory management, LCD controller (STN & TFT), NAND flash boot loader, System Manager (chip select logic and SDRAM controller), 3-ch UART, 4-ch DMA, 4-ch Timers with PWM, I/O ports, RTC, 8-ch 10-bit ADC and touch screen interface, IIC-BUS interface, IIS-BUS interface, USB host, USB device, SD host & multimedia card interface, ATA Interface, IrDA, Camera Interface, Watch Dog Timer, 2-ch SPI and PLL for clock generation. The SMDK2413 consists of S3C2413X, boot EEPROM (flash ROM), SDRAM, LCD interface, two serial communication ports, configuration switches, JTAG interface and status LEDs.
Platform: |
Size: 2135040 |
Author: fateme |
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Description: Schematic of ZLPC2103 evaluation board saik on www.the0.net
The Zero Research Institute presents a brand new ZLPC2103 Development Board for Philips NXP LPC2103 ARM Family. The ZLPC2103 Development board helps you get started writing programs and testing the Philips LPC2103 microcontroller and its capabilities.
Built-in Philips NXP LPC2103 ARM 32-bit RISC microcontroller with thumb extensions 10-bit A/D converters, two 32-bit and two 16-bit timers/external event counters.
Built-in ARM JTAG interface, supports Keil Ulink or other JTAG programmer, debugger.
Built-in 128 x 160 TFT LCD Color Display module with backlight for On-board experiment.
Built-in backup battery holder for RTC(real-time clock).
Built-in 32Khz oscillator for RTC.
Built-in RS232 Serial port, let you connect to PC using RS232.
Powered by USB bus or External power adapter.(5V)
On-board high quality buttons.
Built-in voltage regulator, more reliable. -Schematic of ZLPC2103 evaluation board saik on www.the0.net
The Zero Research Institute presents a brand new ZLPC2103 Development Board for Philips NXP LPC2103 ARM Family. The ZLPC2103 Development board helps you get started writing programs and testing the Philips LPC2103 microcontroller and its capabilities.
Built-in Philips NXP LPC2103 ARM 32-bit RISC microcontroller with thumb extensions 10-bit A/D converters, two 32-bit and two 16-bit timers/external event counters.
Built-in ARM JTAG interface, supports Keil Ulink or other JTAG programmer, debugger.
Built-in 128 x 160 TFT LCD Color Display module with backlight for On-board experiment.
Built-in backup battery holder for RTC(real-time clock).
Built-in 32Khz oscillator for RTC.
Built-in RS232 Serial port, let you connect to PC using RS232.
Powered by USB bus or External power adapter.(5V)
On-board high quality buttons.
Built-in voltage regulator, more reliable.
Platform: |
Size: 184320 |
Author: Martial Guex |
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Description: Example with ZLPC2103 evaluation board sail on www.the0.net
The Zero Research Institute presents a brand new ZLPC2103 Development Board for Philips NXP LPC2103 ARM Family. The ZLPC2103 Development board helps you get started writing programs and testing the Philips LPC2103 microcontroller and its capabilities.
Built-in Philips NXP LPC2103 ARM 32-bit RISC microcontroller with thumb extensions 10-bit A/D converters, two 32-bit and two 16-bit timers/external event counters.
Built-in ARM JTAG interface, supports Keil Ulink or other JTAG programmer, debugger.
Built-in 128 x 160 TFT LCD Color Display module with backlight for On-board experiment.
Built-in backup battery holder for RTC(real-time clock).
Built-in 32Khz oscillator for RTC.
Built-in RS232 Serial port, let you connect to PC using RS232.
Powered by USB bus or External power adapter.(5V)
On-board high quality buttons.
Built-in voltage regulator, more reliable. -Example with ZLPC2103 evaluation board sail on www.the0.net
The Zero Research Institute presents a brand new ZLPC2103 Development Board for Philips NXP LPC2103 ARM Family. The ZLPC2103 Development board helps you get started writing programs and testing the Philips LPC2103 microcontroller and its capabilities.
Built-in Philips NXP LPC2103 ARM 32-bit RISC microcontroller with thumb extensions 10-bit A/D converters, two 32-bit and two 16-bit timers/external event counters.
Built-in ARM JTAG interface, supports Keil Ulink or other JTAG programmer, debugger.
Built-in 128 x 160 TFT LCD Color Display module with backlight for On-board experiment.
Built-in backup battery holder for RTC(real-time clock).
Built-in 32Khz oscillator for RTC.
Built-in RS232 Serial port, let you connect to PC using RS232.
Powered by USB bus or External power adapter.(5V)
On-board high quality buttons.
Built-in voltage regulator, more reliable.
Platform: |
Size: 2609152 |
Author: Martial Guex |
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