Texas Instruments TPS6598x Application-Customization Tool (Rev. A) User Guides

Brand: Texas Instruments

Model: TPS6598x Application-Customization Tool (Rev. A)

Type: User Guides

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TPS6598x Application-Customization Tool User Guide

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User's Guide

SLVUAR8A–May 2016–Revised July 2016

TPS6598x Application-Customization Tool User Guide

1 Getting Started

1.1 Purpose and Scope

This document describes the functionality of the TPS6598x Application Customization Tool from Texas

Instruments. This tool is used to customize and generate firmware images that can be loaded onto

TPS6598x devices. This user guide describes the installation procedure and the complete process of

using TI-provided firmware projects to create usable firmware. In addition, the process of importing

application firmware settings both to and from a TPS6598x device are described.

NOTE: This tool is replacing the TPS6598x Configuration Tool; therefore, use of this tool is

recommended to receive the latest firmware and features.

Details regarding each configuration setting are not within the scope of this user's guide. For information

on which settings to choose for the an application, refer to the firmware user's guide for the TPS6598x

device that is used.

1.2 Hardware

The required hardware is listed as follows:

NOTE: Only one (1) of these two (2) adaptor options is required: TotalPhase Aardvark or USB

Standard-A to Type-C cable. The hardware and setup will be different depending on the

adaptor selected.

• Windows-based PC with at least one USB2.0 (or later) port

• TPS6598x-EVM

• Barrel-jack laptop charger power-supply AC adaptor (20 V)

• USB Standard-A to Type-C passive adaptor cable for USB2.0 Low-Speed Endpoint (USB EP) option

• TotalPhase Aardvark USB-to-SPI/I

C Host adaptor + USB standard-B to -A cable + jumper wires or

LaunchPad EVM to Aardvark adaptor (for the Aardvark option)

1.3 Software

The required software packages and drivers are bundled into a single Windows installer. See Section 1.4

for installation instructions using the bundled installer.

The only additional software needed is the Aardvark driver and software only if the user intends to use the

Aardvark adaptor. See Section 3 for instructions on the TotalPhase Aardvark driver and software

installation.

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1.4 Installation and Launch

Download the software from TI’s USB PD website (www.ti.com/lsds/ti/interface/usb-power-delivery-

overview.page). Use the following steps to install the software:

Step 1. Click on the Tools & software tab on TI's USB PD website.

Step 2. Click the TPS6598x Application Customization Tool link.

Step 3. Click the Get Software button on the TPS6598x Application Customization Tool page.

Step 4. Complete all the requested information then click Submit for approval.

NOTE: Incomplete information will not be approved.

Step 5. If approved, the user will receive an email with a download link. Click the link to download the

configuration tool.

Step 6. Select the appropriate installer (.exe file) for the operating system of the user's computer.

Step 7. Follow the onscreen instructions which are detailed as follows:

(a) After opening the installation .exe file, click the Next button.

Figure 1. TPS6598x Application Customization Tool Installation Welcome

(b) Read the license agreement.

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Figure 2. Installation License Agreement

(d) Use the default location if desired or click the Browse... button to change the location of

the installed files. Then click the Next button.

Figure 3. File Path for Installation Files

(e) Use the default location if desired or click the Browse... button to change the location of

the start-menu shortcut. Then click the Next button.

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Figure 4. File Path for Start-Menu Shortcut

(f) Select or deselect the options shown in Figure 5 by checking the corresponding boxes or

radio buttons. This step allows the user to install the desired driver depending on which

adaptor is used to interface with the TPS6598x-EVM. TI recommends uninstalling any

previous versions of these drivers before installation.

Figure 5. Miscellaneous Installation Options

(g) Review the selected options, and then click the Install button to start the installation of the

tool.

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Figure 6. Installation Summary

(h) When the installation is complete, the Device Driver Installation window opens if the user

chose to install drivers. Follow the installer instructions to complete the installation

process.

Figure 7. Driver Installation Window

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Figure 8. License Agreement for Driver Installation

Figure 9. Completed Driver Installation

(i) When the installation of the software and drivers is complete, click the Finish button.

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Figure 10. End of Installation

Step 8. When installed, launch the tool in one of two ways:

• Click the TPS6598x Application Customizer shortcut icon on the desktop.

Figure 11. Desktop Shortcut

• Use the TPS6598x Application Customizer shortcut from the start menu.

1.5 Features of the TPS6598x Application-Customization Tool

The TPS6598x Application Customization Tool provides users with the following capabilities:

• Load, configure, and save a firmware project

• Update outdated firmware

• Create a compliant TPS6598x firmware image (.bin)

• Import firmware settings from a TPS6598x device to the tool

• Load created firmware image from the tool to a TPS598x device

The tool includes TI-provided projects, which are firmware templates that contain configuration settings

that are specific to various applications. These projects are to be used as a starting point in generating

custom firmware. Users select a project that corresponds to the user’s intended device and application.

NOTE: Projects have a varying level of configurability depending on the application.

Users can also update outdated firmware images. This feature will become applicable as future versions

of firmware are released. This tool also provides the unique ability to both obtain firmware settings from a

TPS6598x device and load a compliant firmware image onto a TPS6598x device.

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2 Using the TPS6598x Application-Customization Tool

2.1 Start Page

The start page is displayed after launching the TPS6598x Application Customization Tool.

Figure 12. Main Window of TPS6598x Application Customization Tool

The start page is a TPS6598x project that contains no configuration settings or firmware image. This page

presents various features which are listed in Table 1.

Table 1. Features of Configuration Tool

Feature Description

File Select to begin a new project, open an existing project, or save

Device Select to import configuration settings from a device or flash firmware onto a device

View Select to show bitfield ranges of each configuration in device settings tabs

Help Select to open an About window, which describes version information

Change file

Allows user to load a new binary file (.bin). This is primarily applicable when a user has

received an updated firmware image (.bin file)

Number of connected devices

Allows user to save unique configurations for up to three devices in a single image to

flash simultaneously (through UART)

Global device settings Click this tab to customize configuration settings that will apply to all devices.

Device Settings (0x7f) tab

Click this tab to customize the various configuration settings of an uploaded project.

Note that an additional tab will appear if more than one device is selected in Device

Initialization Chain.

Firmware type and version

When a project or firmware is loaded, the project type and firmware version are

displayed in the top-right corner of the window. If a project is not selected, it will read

No Project Loaded.

Firmware base image

Displays the loaded firmware base image (low-region binary file) that was loaded with

the project. This image can be changed by selecting Change File. Note that no file will

be present until a project is selected.

Device initialization chain

This field has now been populated with a device. The user can select the number of

devices (1-3) and the associated device selection bit field. Note that additional device

settings tabs open when Number of Connected Devices is increased.

String table

Allows the user to input the necessary billboard information for manufacturer and

product.

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New users should begin by selecting click the File menu and then selecting New Project to load a default

template (.tpl file) for the intended application. Texas Instruments provides various default projects for the

TPS6598x applications. Existing users can also load an existing project, which has configuration settings

that can be modified and saved to produce low-region and full-flash images (.bin). The instructions for

these functionalities are described in the following sections.

2.2 Beginning a New Project

When beginning a new project, users typically open default templates (.tpl), which are provided by Texas

Instruments. The default images cover the primary use cases for TPS6598x applications.

To load and use one of the TI projects, use the following instructions:

Step 1. Click the File menu and then select New Project. The next window displayed allows the user

to browse, select, and open a default project.

Step 2. Select the appropriate .tpl project file for the application then click the OK button.

Figure 13. Project Files

The user now sees additional functionality, depending on the project that is loaded. In Figure 14, for

example, the user now the following is displayed:

• The TPS65982 – Intel Apex Creek, version 2.3 project has been loaded to the tool.

• The low-region firmware image has been loaded as shown in the Firmware Base Image section of

the General Settings tab.

• The available configurable settings within the Global and Device Settings tab, which are described

in the respective firmware user's guide for the selected TPS6598x device.

• Billboarding information is now configurable in the String Table section of the General Settings tab.

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Figure 14. TPS6598x Application Customization Tool With Project

Step 3. Under the Device Initialization Chain section of the General Settings tab, select the

appropriate number of devices and bitfield addresses if using a single image to flash more

than one TPS6598x device.

Step 4. Click the Global Device Settings and Device Settings tabs to configure the settings for the

desired application.

Step 5. Click the File menu and then select Save Binary to save the low-region binary image to a

specified location.

Step 6. Click the File menu and then select Save Project to save the project to a specified location.

The user now has the low-region binary file (.bin) and full-flash image (.bin), which can be flashed on to

the TPS6598x device using the TPS6598x Utilities Tool. The user also has the customized project (.pjt),

which can be loaded at anytime into the configuration tool to make additional changes (if needed).

2.3 Updating and Modifying a Project

As discussed in the previous section, the user can save a project in the .pjt format. To make changes to

the configuration file, update the configuration file, produce a new firmware image (.bin file), or complete

all listed functions, use the following steps :

Step 1. Click the File menu and then select New Project. The next window displayed allows the user

to browse, select, and open a valid configuration file (one that was created using this tool).

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Figure 15. Loading a Project

Step 2. Select a configuration file (.pjt). The next window displayed shows the customized

configuration settings and device initialization settings that were selected during creation of

this project. The low-region file that is included in the original project file is displayed in the

Firmware Base Images section of the General Settings tab.

Step 3. (Optional) Make changes to the number of devices and the selected bitfield addresses in the

Device Initialization Chain section of the General Settings tab.

Step 4. Click the Global Device Settings and Device Settings tabs to configure the settings for the

desired application.

Step 5. Click the File menu and then select Save Binary to save the low-region binary image to a

specified location.

Step 6. Click the File menu and then select Save Project to save the project to a specified location.

The user now has a low-region binary file (.bin) and full-flash image (.bin) containing the firmware version

included in the latest tool release. This image can be flashed on to the TPS6598x device using the

TPS6598x Utilities Tool. The user’s project (.pjt) now also contains the latest firmware version. The saved

project can be loaded anytime in to the configuration tool to make additional changes.

2.4 Loading an Updated Firmware Image

Due to the nature of the configuration tool, it is possible that firmware image versions (.bin) are updated

more frequently than the configuration tool itself: therefore, it may be necessary to use an updated low-

region firmware image (.bin) instead of the default that is included with the configuration projects. Use the

following steps to load, modify, and save an updated image to a configuration:

Step 1. Click the File menu and then select Load Project or New Project. The next window displayed

allows the user to browse, select, and open a valid configuration file (one that was created

using this tool).

Step 2. Select a .tpl template if creating new project or a .pjt file if modifying an existing project. The

configuration settings are now displayed with a base image in the current firmware version.

Step 3. Click the Change File button to load an updated firmware image (.bin).

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Figure 16. Changing the Firmware Base Image (low-region .bin file)

A new firmware image is placed in the configuration file.

Figure 17. Display of an Updated Firmware Image

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Step 4. Make any necessary changes to the configuration settings.

Step 5. Save both the binary file and project (including new binary image) using the Save Binary and

Save Project options under the File menu.

The (modified) low-region and full-flash images are now avaialble, which can be flashed on to the

TPS6598x device using the TPS6598x Utilities Tool. The project (.pjt) file is also avaialble, which contains

the updated low-region image.

2.5 Importing Configuration Settings from a TPS6598x

The Application Customization Tool is capable of loading firmware settings from a TPS6598x at run time

over a USB-to-I

C adaptor. This function can be useful if the user wants to take firmware settings from a

current device and port (or transfer) it over to this tool.

NOTE: This function is extracting the contents of each register directly and placing in the device

settings on the tool. Therefore, only import device settings to a project that is for the

associated device. For example, if the contents of a TPS65982 device are imported into a

TPS65983 project, the contents will not be placed appropriately.

To perform the import function, use the following the steps:

Step 1. Load or start a project for the TPS6598x device being used.

Step 2. Click the Device menu and then select Import Settings from Device.

Step 3. Specify the appropriate adaptor, I

C address, and device settings tab to place the settings.

Step 4. (Optional) Click the Test Read (Mode Register 0x3): button to ensure proper device

connection.

Figure 18. Import Device Settings Window

Step 5. Click the OK button. If successful, a window is displayed which indicates a successful import

of device settings (see Figure 19).

Figure 19. Successful Device Settings Import

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The configuration settings from the device are now viewable in the Device Settings tab that was selected.

The low-region binary file can now be saved, which can be flashed onto the TPS6598x device using the

TPS6598x Utilities Tool. The modified project (.pjt) file can also be saved, which contains the updated

configuration.

2.6 Loading Firmware onto a TPS6598x

The loading firmware functionality allows the user to automatically create a full-flash image and load it

onto a TPS6598x device over the serial peripheral interface (SPI). After the desired device configuration

settings have been changed within a project, use the following the steps to load the firmware:

Step 1. Click the Device menu and then select Flash App Firmware to Device.

Step 2. Specify the appropriate adaptor and device offsets.

Step 3. (Optional) Click the Read Current Region Offsets button to automatically obtain correct

offsets.

Figure 20. Load Application Firmware Window

Step 4. Click the OK button. If successful, a window is displayed which indicates a successful SPI

Flash.

Figure 21. Successful Flash Update

Step 5. Power cycle the TPS6598x device so that the new firmware is loaded.

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3 Using the Aardvark

3.1 Software and Driver Installation

As discussed in Section 1.3, the Aardvark driver and associated software are not included in the bundled

installer. Use the following steps to install the software and driver:

Step 1. Go to the Total Phase USB Drivers website (www.totalphase.com/products/usb-drivers-

windows) to download the Aardvark driver.

Step 2. Click the USB Drivers – Windows v2.12 link and fill out the requested registration information

if an account has not been created.

Step 3. Install the Aardvark drivers using the .exe which is downloaded from the Total Phase website

by following these steps:

(a) Extract the .zip file to obtain the TotalPhaseUSB-v2.12.exe file.

NOTE: The file must execute the installer with administrative privileges.

(b) In Windows 7, right click the .exe file and select Run as Administrator from the menu.

Step 4. Go to the Total Phase Aardvark Software website (www.totalphase.com/products/aardvark-

software-api).

Step 5. Click the Aardvark Software API v5.15 (Windows 64-bit) link to download the aardvark-api-

windows-x86_64-v5.15.zip file.

Step 6. Dearchive the Aardvark Software API to open theaardvark-api-windows-x86_64-v5.15 folder.

Step 7. Search in this folder for the Python folder. Place the aardvark.dll and aardvark_py.py files into

the Configuration Tool Python scripts folder (C:\Program Files\Texas Instruments\TPS6598x

Firmware Configuration\tps6598x-app-customizer\gui\device_if).

NOTE: The rest of the downloaded files are not required for the Aardvark to function.

3.2 Connecting Aardvark to TPS6598x-EVM

3.2.1 Direct Connection

The Aardvark connector has an I

C line that must be physically connected to the I

C1 of the TPS6598x

device. Refer to the Aardvark User’s Guide (www.totalphase.com/support/articles/200468316) for the pin

connections and descriptions of the Aardvark connector.

Figure 22 is from the design files of the TPS6598x-EVM and shows the pin-out of the J2 connector for I

(pins 16, 18, 20) and the J3 connector for SPI (not discussed in this document) and an alternate ground

(GND) pin. Figure 22 shows the position of the three I

C lines required on the Total Phase Aardvark

adaptor: serial clock (SCL), serial data (SDA), and ground (GND). For more details and the full schematic

of the TPS65982-EVM, refer to the TPS65982-EVM User's Guide.

3 GND

TPS65982 Booster Pack

J2 Connector

10 GND

SDA 3

SCL 2

Total Phase

Aardvark Adapter

SCL 18

SDA 20

DNP R48

0 R60

DNP R58

DNP R64

0 R62

DNP R57

DNP R51

DNP R35

DNP R53

DNP R59

DNP R61

DNP R63

DNP R65

GND

DNP R50

DNP R47

0 R46

DNP R68DNP R67

0 R66

DNP R18

DNP R19

DNP R23

0 R41

0 R39

DNP R37

DNP R54

GND

910

12 11

14 13

16 15

18 17

20 19

910

12 11

14 13

16 15

18 17

20 19

3.83k

R20

100k R24

GND

Tiva_5VTiva_3V3

DNP R31

DNP R34

0 R38

0 R40

0 R69

0 R71

DNP R36

DNP R32

DNP R17

DNP R16

100k

R70

GND

VOUT_3V3

UART_TX

UART_RX

AUX_P

AUX_N

SPI_CLK

I2C_IRQ1Z

I2C_SDA1

I2C_SCL1

I2C_IRQ2Z

I2C_SDA2

I2C_SCL2

GPIO7

GPIO0

GPIO1

LSX_P2R

MRESET

RESETZ

GPIO6

SPI_MOSI

SPI_MISO

DEBUG_2

SPI_CSZ

USB2_RP_NUSB2_RP_P

DEBUG_1

DEBUG_3

DEBUG_4

GPIO2

GPIO3

GPIO8

GPIO5_HPD

LSX_R2P

GPIO4_HPD

SWD_CLK

SWD_DATA

LDO_3V3

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Figure 22. Texas Instruments TPS6598x Booster Pack J2 and J3 Pin Connections for I

C and SPI

Figure 23 shows the wiring diagram to wire the I

C lines of the Aardvark connector into the J2 connector

of the TPS6598x-EVM. The wiring diagram represents the connections for using the I

C port 1; however,

the host interface also recognizes commands sent over I

C port 2.

the position of the pins is shown as looking down at the board from above.

Figure 23. Aardvark to Booster Pack Wiring Diagram

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Figure 24 shows an Aardvark adaptor wired into the TPS6598x Booster Pack. Notice that the orientation

of the TPS6598x board and the Aardvark connector match the diagram in Figure 23.

Figure 24. Correctly-Wired System

3.2.2 Aardvark using LaunchPad EVM to Aardvark Adaptor PCB

The Aardvark can also be connected the standard 10-pin male header connection on a LaunchPad EVM

to Aardvark adaptor PCB. See Figure 25 for the location of the connector.

Figure 25. "Aardvark" 10-pin Header on LaunchPad EVM to Aardvark Adaptor PCB

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This feature offers the ability to directly connect the Aardvark connector, as shown in Figure 26.

Figure 26. "Aardvark" 10-pin Header Attached to LaunchPad EVM to Aardvark Adaptor PCB

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Revision History

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Revision History

NOTE: Page numbers for previous revisions may differ from page numbers in the current version.

Changes from Original (May 2016) to A Revision ........................................................................................................... Page

• Deleted references to USB2MANY board and replaced with Aardvark or LaunchPad EVM to Aardvark adaptor PCB..... 1

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