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ULINK User's Guide
Introduction Hardware Description Setting Up and Using ULINK 
Evaluation Boards Analog Devices 
Analog Devices ADuC702x Analog Devices ADuC712x Ashling Ashling LPC2100 Atmel Atmel EB40A Freescale Freescale MAC7100 Infineon Infineon XC16x Starter Kits Infineon Easy UTAH Keil Keil MCBXC167 Keil MCB2100 Keil MCB2103 Keil MCB2130 Keil MCB2140 Keil MCB2300 Keil MCBSTM32 Keil MCBSTR7 Keil MCBSTR730 Keil MCBSTR750 Keil MCBSTR9 Luminary Luminary Stellaris Boards Nohau Nohau LPC3000 OKI OKI ML674000 OKI ML67Q4003 OKI ML67Q4051 OKI ML67Q4061 OKI ML67Q5003 OKI ML69Q6203 Phytec Phytec AT91M55800A Phytec LPC229x Phytec LPC3180 Phytec XC16x Boards Revely Revely RMS100 Samsung Samsung S3C44001 Sharp Sharp LH75401 STMicroelectronics STMicroelectronics DK3300 TI TI TMS470R1A256 TI TMS470R1B1M TQ Systems TQ Systems TQMX16xUPhytec XC16x Boards
The Phytec XC16x Evaluation Boards work with the ULINK USB-JTAG Adapter. The following instructions show you how to connect and run an example program on this board.
ULINK Adapter Connected to the Phytec XC16x Board
To download and run an example project using ULINK with the Phytec XC16x Board:
- Connect the 20-pin ribbon connector from the ULINK Adapter to the JTAG connector on the Phytec phytec_xc16x evaluation board.
- Connect the power adapter to the board.
- Start µVision.
- Select the BLINKY.UV2 example project from C:\KEIL\C166\BOARDS\PHYCORE XC16x\.
Click the Download button to download the program to the target board.
Click the Debug button to start the debugger.
Click the Run button to start the program running on the target board.
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