Phytec phyCORE-TC1775 Start-up Instructions

Start Up Instructions phyCORE-TC1775

Start Up Instructions

Thank you for choosing a module from the phyCORE product line.

These modules were designed especially for OEM implementation in industrial
products. Development Boards, which supply the phyCORE with the required
operating voltage and provide connectors for the most important interface
signals were developed to facilitate start up and to enable the user to become
familiar with the module

These start up instructions show the steps necessary for a successful start with
the phyCORE-TC1775 mounted on the phyCORE Development Board for
TriCORE. The connectors and components described in the text refer to the
figure below.

Figure 1: phyCORE-TC1775 on the phyCORE Development Board Tricore

(Note: The figure shows the debugCORE-TC1775 module)

 PHYTEC Technologie Holding AG 2002 Date: 01.08.02
Techn. Hotline Europe: [phone]
Techn. Hotline America: 1-800-278-9913

LAN-014e_1

http://www.phytec.de

http://www.phytec.com

1/2

Start Up Instructions phyCORE-TC1775

A. Start Up with the Debugger Integrated in the Development

Environment:

1. Place the module on the pin header rows located in the middle of the

Development Board.

2. Be sure that the insertable jumper JP10 is closed. This activates the

OCDS1-Wiggler on th e Deve lopment Board.

3. Connect the phyCORE-TC1775 to connector X6 on the Development Board

using the ribbon band cable "OCDS1-debug-cable" included in the kit. Be

sure to note the orientation of the ribbon cable‘s red wire indicating pin 1.

4. Connect the included DB25 cable to the parallel interface on your host PC.

5. Connect the included 5 V voltage adapter to socket X1 on the Development

Board. All three "power-good" LED‘s should illuminate.

6. The phyCORE-TC 1775 is now ready to be connected to the debugger of your

software development environment.

B. Start Up with the O n-Chip Bootstrap Loader of the

TriCORE-TC 1775

1. Place the module on the pin header rows located in the middle of the

Development Board.

2. Be sure that the insertable jumper JP10 is open. This deactivates the

OCDS1-Wiggler on th e Deve lopment Board.

3. Using the RS-232 cable included in the kit, connect the lower DB-9 socket

(P1) on the Development Board to one of the serial interfaces on your host
PC.

4. Using the included power adapter, connect the 5 V supply voltage to socket

X1 on the Development Board. All three "power-good" LED‘s should
illuminate.

5. Simultaneously press the Reset and Boot buttons on the Development Board,

first releasing the Reset and then, two or three seconds later, release the Boot
button. This sequence of pressing and releasing the Res et and Boot buttons
renders the phyCORE-TC1775 into the Bootstrap mode.

6. The phyCORE-TC1775 is now wait ing for a conn ection to an ap prop riate PC

software (i.e. „Hitex TC1775 Programmer“).

 PHYTEC Technologie Holding AG 2002 Date: 01.08.02
Techn. Hotline Europe: [phone]
Techn. Hotline America: 1-800-278-9913

LAN-014e_1

http://www.phytec.de

http://www.phytec.com

2/2