Texas Instruments TPS929120EVM Manuale utente

SLVUBM2B–April 2019–Revised December 2019

TPS929120EVM User's Guide

User's Guide

SLVUBM2B–April 2019–Revised December 2019

TPS929120EVM User's Guide

This user's guide describes the setup and use of the TPS929120EVM evaluation module (EVM). This

EVM helps the user evaluate the features of the Texas Instruments TPS929120-Q1, which is an

automotive 12-channel LED driver with FlexWire interface, to address increasing needs of individual

control of each LED string. This document includes hardware setup instructions, software instructions, a

schematic diagram, a bill of materials and printed-circuit board layout drawings.

Contents

1 What You Get ................................................................................................................ 3

2 What You Need In Addition ................................................................................................ 3

3 How to Get Started .......................................................................................................... 3

4 Board Layout................................................................................................................ 15

List of Figures

1 TPS929120EVM Kit ......................................................................................................... 3

2 Hardware Setup Without CAN Transceiver .............................................................................. 4

3 TPS929120EVM Jumper Configurations without TPS929120CANEVM Connected ............................... 4

4 Hardware Setup with CAN Transceiver................................................................................... 5

5 TPS929120EVM Jumper Configurations With TPS929120CANEVM Connected .................................. 6

6 TPS929120CANEVM Jumper Configurations ........................................................................... 7

7 TPS929120-Q1 Gallery Page.............................................................................................. 7

8 GUI and GUI Composer Download Page ................................................................................ 8

9 GUI Composer Runtime Installation....................................................................................... 8

10 Firmware Update Prompt Window......................................................................................... 9

11 USB2ANY Firmware Loader.............................................................................................. 10

12 TPS929120EVM GUI Connection Status............................................................................... 11

13 Walkthrough Wizard Prompt.............................................................................................. 11

14 TPS929120EVM GUI Quick Start Page................................................................................. 12

15 TPS929120EVM GUI Advanced Page.................................................................................. 13

16 TPS929120EVM GUI EEPROM Programming Page ................................................................. 14

17 TPS929120EVM GUI Registers Page................................................................................... 14

18 Top Layer Routing ......................................................................................................... 15

19 Bottom Layer Routing (Mirrored)......................................................................................... 15

20 TPS929120EVM Schematic Diagram ................................................................................... 17

List of Tables

1 TPS929120EVM Jumpers Setting without TPS929120CANEVM Connected....................................... 5

2 TPS929120EVM Jumpers Setting with TPS929120CANEVM Connected........................................... 6

3 Bill of Materials (BOM)..................................................................................................... 18

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TPS929120EVM User's Guide

WARNING

Hot surface! Contact may cause burns. Do not touch!

Some components may reach high temperatures

>55°C when the board is powered on. The user must

not touch the board at any point during operation or

immediately after operating, as high temperatures may

be present.

Trademarks

All trademarks are the property of their respective owners.

www.ti.com

What You Get

SLVUBM2B–April 2019–Revised December 2019

TPS929120EVM User's Guide

1 What You Get

The TPS929120EVM kit (Figure 1) contains:

• USB2ANY

– Ribbon cable

– USB cable

• TPS929120EVM

• TPS929120CANEVM

• DB-09 cable

Figure 1. TPS929120EVM Kit

2 What You Need In Addition

The following additional items are required to run the TPS929120EVM:

• PC with TPS929120EVM GUI installed or to run the on-line TPS929120EVM GUI

• 12-V DC power supply

3 How to Get Started

3.1 Hardware Setup

There are two hardware setups to simulate the communication between MCU and TPS929120-Q1 directly

or through CAN transceiver.

3.1.1 Communication Without CAN Transceiver

Figure 2 shows the hardware setup when TPS929120CANEVM is not used. Figure 3 shows the jumper

configurations for the TPS929120EVM without TPS929120CANEVM connected. This is the default jumper

configuration shipped with the board.

USB2ANY

TPS929120EVM

VSUPPLY_EXT

USB cable

GND

Ribbon Cable

TP1 TP2

Supply

12V

How to Get Started

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Figure 2. Hardware Setup Without CAN Transceiver

• Connect a 12-V power supply to TP1 (VSUPPLY_EXT) and TP1 (GND).

• Connect USB2ANY tool to PC through the USB cable.

• Connect USB2ANY tool to the J3 connector of TPS929120EVM through ribbon cable.

Figure 3. TPS929120EVM Jumper Configurations without TPS929120CANEVM Connected

USB2ANY

TPS929120EVM

VSUPPLY_EXT

USB

cable

TPS929120CANEVM

GND

DB09 cable

TP1 TP2

J3 J4

Supply

12V

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How to Get Started

SLVUBM2B–April 2019–Revised December 2019

TPS929120EVM User's Guide

Table 1. TPS929120EVM Jumpers Setting without TPS929120CANEVM Connected

HEADER SETTING

J2, J4, J5, J6, J10, J17, J19, J20, J40 Open

J8, J9, J11 Short

J12 Short “FS” to “H”

J13 Short “ADDR2” to “L”

J14 Short “ADDR1” to “L”

J15 Short “ADDR0” to “H”

J16 Short “TX_C” to “RX”, “RX_C” to “TX”, “ERR_C” to “ERR”,

“ADDR2/CLK_C” to “ADDR2/CLK”, “ADDR1/CLK_C” to

“ADDR1/CLK”, “ADDR0/CLK_C” to “ADDR0/CLK”

J30 Short “OUTx” to “OUTx_MONO”, where x=0 to 11

All headers paralleled with LEDs Open

3.1.2 Communication with CAN Transceiver

Figure 4 shows the hardware setup when TPS929120CANEVM is used. Figure 5 shows the jumper

configurations for TPS929120EVM with TPS929120CANEVM connected. With this setup, the clock and

PWM signal terminals from the USB2ANY are disconnected to such signal terminals of the TPS929120-

Q1 device on the TPS929120EVM. As a result, an extra instrument for generating the PWM or clock

signal is required to simulate the external PWM or clock input to TPS929120EVM, because both signal

outputs from USD2ANY board are not transmitted to TPS929120EVM if TPS929120CANEVM is

connected.

Figure 4. Hardware Setup with CAN Transceiver

• Connect a 12-V power supply to TP1 (VSUPPLY_EXT) and TP1 (GND).

• Connect USB2ANY tool to PC through USB cable.

• Plug TPS929120CANEVM to USB2ANY tool through the J3 header of TPS929120CANEVM.

• Connect TPS929120CANEVM to TPS929120EVM through the J4 connector of TPS929120CANEVM

and the J7 connector of TPS929120EVM with DB-09 cable.

How to Get Started

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TPS929120EVM User's Guide

Figure 5. TPS929120EVM Jumper Configurations With TPS929120CANEVM Connected

Table 2. TPS929120EVM Jumpers Setting with

TPS929120CANEVM Connected

HEADER SETTING

J2, J10, J17, J19, J20, J40 Open

J4, J5, J6, J8, J9, J11 Short

J12 Short “FS” to “H”

J13 Short “ADDR2” to “L”

J14 Short “ADDR1” to “L”

J15 Short “ADDR0” to “H”

J16 Short “CANH_C” to “CANH”,

“CANL_C” to “CANL”

J30 Short “OUTx” to “OUTx_MONO”,

where x=0 to 11

All headers paralleled with LEDs Open

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How to Get Started

SLVUBM2B–April 2019–Revised December 2019

TPS929120EVM User's Guide

Figure 6 shows the jumper configurations for TPS929120CANEVM. For header J5, short "+5V" to

"+5V_U2A". For header J6, short "+3.3V" to "+3.3V_U2A".

Figure 6. TPS929120CANEVM Jumper Configurations

3.2 Software Installation

There are two types of the GUI, online version and desktop version.

3.2.1 Run Applications Through Online

Go to the TPS929120-Q1 EVM web page. Scroll down to the "Order Now" section and click the "Start

Evaluation" button to reach to the TPS929120-Q1 gallery page. It might require to login user account

privileges to open the gallery page. All GUI versions are shown ordered from left to right on the gallery

page as shown in Figure 7. Left most application icon shows the latest version. Clicking the application

icon to open the online version GUI. There may be prompt to download and install the browser extension

and TI Cloud Agent for the first time. Follow the steps to install the browser extension and TI Cloud Agent

Applications.

Figure 7. TPS929120-Q1 Gallery Page

How to Get Started

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TPS929120EVM User's Guide

3.2.2 Run Applications on Desktop

Click the "Download" button under the "Order Now" section to download the TPS929120EVM GUI

installation zip file to local computer, or you can download it from the application icon as showed in

Figure 8 by hovering the cursor over the download button and selecting the appropriate platform. Then

extract the zip folder and install the GUI using the exe - TPS929120-Q1-1.0.5.setup-win_7.3.0. Make sure

the network is connected while installing the GUI.

Figure 8. GUI and GUI Composer Download Page

Follow the on-screen instructions by clicking "Next" button to accept the license, default installation

directory and to install the GUI Composer Runtime engine. You can either provide a location for the

downloaded GUI Composer Installer, or choose to download from the web. The GUI Composer Installer

can be downloaded from the gallery page as showed in Figure 8 by selecting the appropriate platform.

Continue to click on the "Next" button to complete the GUI Composer Runtime installation.

Figure 9. GUI Composer Runtime Installation

After the GUI Composer installation, it continues to install the TPS929120EVM GUI. Follow the on-screen

instructions by clicking the "Next" button to finish the GUI installation. Once installed, a shortcut to the GUI

is found on the desktop and also in the start-up menu under the Texas Instruments folder.

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How to Get Started

SLVUBM2B–April 2019–Revised December 2019

TPS929120EVM User's Guide

3.3 Firmware Update

After opening the GUI, the GUI will try to connect the EVM board. At the moment, the GUI will detect the

firmware version of the connected USB2ANY tool automatically. If the firmware version is not mapping

with the recommended version for the GUI, there is a prompt as shown in Figure 10 to help user update

the firmware in the USB2ANY. Click the update button to begin the firmware update process. After

firmware update succeeds, click finish button to close the prompt window. Then the GUI will try to connect

the EVM board again with the defined device address. Once it connects successfully there will be 3

confirmation sync-up prompt windows, the connected LEDs type (Monochrome or REG), Fail-Safe state (0

or 1) and EEPROM programming Mode (Chip select or External address). For each confirmation window,

just click on the correct image mapping to the current EVM setup.

Figure 10. Firmware Update Prompt Window

If the firmware version of the USB2ANY tool is lower than 2.8.2.0 there will be not firmware update prompt

as showed in Figure 10. We have to upgrade the firmware version to 2.8.2.0 manually. Go to USB2ANY

Interface Adaptor web page, scroll down to "Key Document" section and click "USB2ANY Explorer

Software" to download the installation file. Extract the zip file and install the USB2ANY Explorer using the

"USB2ANY Explorer-2.8.2.0 Setup" exe file. After USB2ANY Explorer installation, open the software with

USB2ANY tool connected to the computer. Please make sure that the GUI is closed while opening the

USB2ANY Explorer. Once the explorer is opened, there will be a "USB2ANY Firmware Requirement"

prompt. Click "OK" button to continue. Follow the instructions on the "USB2ANY Firmware Loader" as

showed in Figure 11 to update the firmware.

After upgrading the USB2ANY firmware version to 2.8.2.0, close the USB2ANY Explorer and open the

TPS929120EVM GUI again. While trying to connect the EVM board, the firmware upgrade window as

showed in Figure 10 will appear.

How to Get Started

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TPS929120EVM User's Guide

Figure 11. USB2ANY Firmware Loader

3.4 GUI Function

This section provides instructions to run the TPS929120EVM using the TPS929120EVM GUI.

3.4.1 Connection Status

Make sure to power up the EVM board and connect it to the PC through USB2ANY tool before opening

the on-line version GUI or desktop version GUI. If the GUI has been opened but the USB2ANY has not

been connected to the PC, make sure the USB2ANY has been connected to the powered-up EVM board

when plug it into the PC. Other operation orders may lead to GUI working abnormally. Once it happens,

please refresh the on-line version GUI or re-run the desktop version GUI.

The GUI supports both hardware setups with CAN board connected or not connected. When CAN board

connected, the CAN checkbox on the "Device Address" widget should be checked. When CAN board is

not connected, left the CAN checkbox unchecked. Before changing hardware setup, remove the

USB2ANY cable plug from PC.

Before using the GUI, make sure the hardware is connected successfully. You can check the connection

status on the home page where there is a green check mark on the left side of the TPS929120-Q1 body,

which means the USB2ANY is connected to the computer successfully. If there is a red X mark, it means

the hardware is not connected, you must reconnect the device.

After hardware is connected, either "Hardware Connected" or "Hardware not Connected" shows on the

bottom left corner of the GUI. The button to connect or disconnect the GUI to hardware is also available

there. You can click the button to connect to hardware if hardware is not connected or to disconnect from

hardware while hardware connected.

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