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idComments

In this section you must explain how to power on the board and run the Reference Design (test board) on the particular module. The main points must be mentioned are:

  • Overview of the board (point out the LEDs, Ethernets, Switches and etc on the board overview)
  • Explain Switches functionality
  • Explain user LEDs

  • Explain the UART connection

  • Refer to the Reference Design

    Note

    For more information regarding how to draw a diagram, Please refer to "Diagram Drawing Guidline" .



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Table of Contents

Table of Contents

TEF1002

Overview

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  1. 4x5 module connectors
  2. Jumper J4 (VCCIOA)
  3. Jumper J7 (VCCA_SD)
  4. Dip swiches S2 and S3
  5. 6-pin ATX Power Connector
  6. micro USB  connector for FTDI USB to JTAG/UART bridge
  7. Push button
  8. Power LED
  9. Status LED
  10. top load microSD card cageAttache 4x5 module to TEF1002



  1. Select Voltage VCCA_SD of 4x5 module bank where SD-Card is connected by Jumper J7 (1-2 →3.3V; 2-3 1.8V). Compare TRM of actually used 4x5 module.
  2. Select VCCIOA Voltage by setting J4 (1-2 →3.3V; 2-3 1.8V). If both FFA and FFB are not used any setting is ok. Do not leave open (communication of 4x5 module with TEF1002 CPLD is only possible with availabe VCCIOA)!

  3. Select dip switch settings according to the attached 4x5 module and your needs:

    DipSettingNote

    S1-1

    		OFF

    FMC _VADJ OFF. The choice OFF, ON, OFF selects 1.8V FMC_VADJ, wich is a valid bank power for TE0720.


    S1-2OFF
    S1-3OFF
    S1-4ONSelects 4x5 module SOC/FPGA JTAG
    S1-5ON
    S1-6OFF
    S1-7ONModule  power enable.
    S1-8ONUse extended power sequenzing.
    S2-1OFF/ONFor Zynq modules: Primary Boot Mode SD/QSPI.
    S2-2OFFON for TE0720 (overide automatic enable FMC__VADJ). For TE0720 bank bank 34 has to be powerded to start up. Therefore FMC VADJ has to be set to a valid value e.g. 1.8V 


  4. Connect 12V ATX connector
  5. Connect mico USB J10 to PC
  6. Use Xilinx JTAG tools to programm FPGA or  for Zynq modules use micro SD Card.
  7. Use e.g. Putty on PC to check for UART interactions.

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hiddentrue
idComments

In this section you must explain how to power on the board and run the Reference Design (test board) on the particular module. The main points must be mentioned are:

...

Explain the UART connection

Refer to the Reference Design

...

  1. .
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Table of Contents

TExxxx with TExxxx

Overview

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titleBoard Overview


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Power supply

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The input power supply must be mentioned.

Single ??V 12V power supply with minimum current capability of ??A 3A is recommended to power on the board. 

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