Infineon Technologies TLE987x EvalBoard Getting Started

Infineon Technologies TLE987x EvalBoard is a powerful evaluation tool for Infineon's TLE987x family of three-phase motor driver ICs. With its integrated LIN transceiver and virtual COM port via J-Link, the board enables easy communication and configuration of the TLE987x ICs. The onboard Segger J-Link debugger allows for programming and debugging of the ICs, while the debug LEDs provide visual feedback on the system status.

पीडीएफ

दस्तावेज़

Evaluation Board

Getting Started

Toolchain Setup for:

• TLE9879_EVALKIT

• TLE9869_EVALKIT

• TLE987x_EVALB_JLINK

• TLE986x_EVALB_JLINK

Content

1 Evaluation Kit Overview

2 Product Information links

3 Toolchain installation

4 Getting Started

Content

1 Evaluation Kit Overview

2 Product Information links

3 Toolchain installation

4 Getting Started

Infineon ® Embedded Power IC:

Evaluation Board Overview

TLE9879QX – Evaluation Kit

› 3-Phase N-MOS Bridge

› Single Shunt in GND path

› integrated LIN (inside device)

› Virtual ComPort via J-Link

› Debug LEDs

› Onboard Segger J-Link Debugger

TLE9879 EVALKIT : SP001389172

TLE987x – 3-Phase Board with Socket

› 3-Phase N-MOS Bridge

› integrated LIN

› external LIN Trx

› RS232

› Debug LEDs

› Debug Connector SWD

› J_link Lite debugger

TLE987x EVALB_JLINK : SP001253680

Infineon ® Embedded Power IC:

Evaluation Board Overview

TLE9869QX – Evaluation Kit

› 2-Phase N-MOS Bridge

› Single Shunt in GND path

› integrated LIN (inside device)

› Virtual ComPort via J-Link

› Debug LEDs

› Onboard Segger J-Link Debugger

TLE9869 EVALKIT : SP001388252

TLE986x – 2-Phase Board with Socket

› H-Bridge N-MOS Bridge

› integrated LIN

› external LIN Trx

› RS232

› Debug LEDs

› Debug Connector SWD

› J_link Lite debugger

TLE986x EVALB_JLINK : SP001253678

Content

1 Evaluation Kit Overview

2 Product Information links

3 Toolchain installation

4 Getting Started

Product Information links

Link Description www.infineon.com/embeddedpower Infineon

® Embedded Power IC overview Page www.infineon.com/TLE987x www.infineon.com/TLE986x

TLE987xQX/TLE986xQX Overview

Page with general information

TLE987xQX_Documents

TLE986xQX_Documents www.infineon.com/ePower_Tools

TLE9879_Evalkit

TLE986X EVALB_JLINK

Datasheets and User Manuals for all TLE987x and TLE986x ICs

Development Tools: Kits and

Boards for all Infineon ®

Embedded Power ICs

Information about

TLE9879_Evalkit

Information about

TLE9869_Evalkit

Content

1 Evaluation Kit Overview

2 Product Information links

3 Toolchain installation

4 Getting Started

Toolchain installation: 1/4

Keil µVision5

› Code Editor & Online

Debugger

› Evaluation version can handle up to 32K

Main Window

Text

› Download from: https://www.keil.com/download

Pack Installer

Toolchain installation: 2/4

Infineon IFXConfigWizard

Configuration of chip modules

Infineon homepage: IFXConfigWizard

Latest version: V1.8.6

Device description for

TLE986x/TLE987x included

TLE984x supported with Keil µVision 5

Text

Toolchain installation: 3/4

Segger JLINK-Lite driver:

› Driver for “on-board” or

“stand-alone” debugger

› Install driver from: https://www.segger.com/jlinksoftware.html

› TLE984x support is included from V5.10 upwards

Toolchain installation: 4/4

PACK-file TLE987x and TLE986x for µVision5:

› Device database for all

TLE98xx ICs

› Device support for flashing/erasing

› SFR description for register debugging

› Device description for

IFX Config Wizard (XML)

› Includes SDK

(Software Development Kit)

› Code examples included

Content

1 Evaluation Kit Overview

2 Product Information links

3 Toolchain installation

4 Getting Started

Getting Started: Infineon ePower SDK

Keil µVision5 Template

› Creating new project with

Infineon SDK

› Writing code

Infineon Config Wizard

› Initialize modules

› Timers

› GPIOs

J-Link Configuration

› Connect device

› Program flash

› Using debug window

Getting Started: Infineon ePower SDK

Keil µVision5 Template

1) Create new Project

› Open Keil mdk

› Go to ->Project

->new µVision Project

› Name project:

(“TIMER2_BLINK”)

› Select Device

› i.e. TLE9879QXA40

Getting Started: Infineon ePower SDK

Keil µVision5 Template

2) Configuration of Run-Time Environment

› Expand: “Device”

› Check: ConfigWizard

› Check: Startup

› “Sel.” window background is orange

› Press: “Resolve”

› “Sel.” window background is now green

› Continue with “OK”

Getting Started: Infineon ePower SDK

Keil µVision5 Template

3) Using easy “Main” template

› Expand: “Target 1”

› Right click on:

“Source Group 1”

› Choose “Add New Item to

Group ‘Source Group 1’”

› Choose “User Code

Template”

› Expand “Device”

› Choose:

“Startup with full SDK”

› Continue with “Add”

Getting Started: Infineon ePower SDK

Keil µVision5 Template

4) Compile Project

› Compile Project:

› Press “Build” Button or press “F7”

› Project “Build Output” window shows

0 Error(s) , 0 Warning(s)

Getting Started: Infineon ePower SDK

Keil µVision5 Template

5) Adding Modules from Run-Time Environment

› Go to:

› Enter “Device-> SDK”

Section

› Select “PORT”

› Select “Timer2x”

› Press “OK”

› Add Code to main.c:

› Include Libraries

› Initialize Modules

Getting Started: Infineon ePower SDK

Keil µVision5 Template

6) Using IFXConfigWizard

› Open IFXConfigWizard by choosing:

“Tools->IFXConfigWizard”

› IFXConfigWizard will open in a separate window

› orange status bar indicates an new project

› red status bar indicates unsaved changes

› white status bar indicates saved project

Getting Started: Infineon ePower SDK

Keil µVision5 Template

6) Using IFXConfigWizard: Port Configuration

› Select: “PORT” Chapter

› Expand “Port0”

› Expand “PIN2”

› Configure pin to

“Output” mode

› Save with

“File” -> “Save Project”

› After Saving, status bar turns to white color

Getting Started: Infineon ePower SDK

Keil µVision5 Template

6) Using IFXConfigWizard: Timer2 Configuration

› Open “Timer 2x” section

› Enable “Configure Timer” checkbox

› Go to:

“Reload / Capture Register”

› Enter “1000” µs

› Go to: “Interrupt Enable”

› Enable Overflow

Interrupt

› Type “task_1ms” in

“Call Back” line

› Press “Enter” and “Save”

Getting Started: Infineon ePower SDK

Keil µVision5 Template

7) Finish Code in “main.c”

› Go to Keil MDK

› Start Timer2 before the

“while(1)” loop

› Write function definiton of

Interrupt call back

› Use API function

“PORT_ChangePin()”

› “Save” and “Build” project

Getting Started: Infineon ePower SDK

Keil µVision5 Template

8) Power up Evaluationboard

› Connect micro USB cable

› Supply board via banana jacks (VBAT,

GND)

› Debug LED lights up

9) Connect Debugger

› Go to

› Choose:

› Debug->use: J-Link

› Go to “Settings”

› SWD connection established when

“IDCODE” is visible

Getting Started: Infineon ePower SDK

Keil µVision5 Template

10) Download and run code

› Press: “Load”- button or Press:

“F8”

› “Flash Load finished” is shown in “Build Output” window

› Press: “Reset” button on

Evaluation Board

› LED on Port “P0.2” will light up

› Port toggle every 1ms

1ms

Getting Started: Infineon ePower SDK

Keil µVision5 Template

11) Use Runtime Debug

› Enter “Debug Session”

› Left click at the dark grey area left of the code, to place a

“breakpoint”

› Hit “Run” or press “F5” to start execution

› Code execution stops at breakpoint

› In this example:

› Every time “Run” is pressed: “P0.2” toggles

Getting Started: Infineon ePower SDK

Example Code

Infineon Example Code available in “Pack Installer”

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