Micro Inspector Pro Getting started - Infineon Technologies

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Micro Inspector Pro Getting started
Version 2.0

Micro Inspector Pro Feature List

Feature View workspace Create/Edit workspace Save workspace View oscilloscope Create/Edit oscilloscope Target device selection Symbol browser Create/Edit memory dump screen View memory dump screen

Micro Inspector Pro

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Getting started: Micro Inspector Pro
Chapter 1: Preconditions
> Necessary preconditions
Chapter 2: Installing Micro Inspector Pro
> Download Infineon Toolbox > Install the tool
> How to get a license Chapter 3: Working with Micro Inspector Pro
> Informative notes > Creating a Dashboard > Creating an Oscilloscope

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Getting started: Micro Inspector Pro Chapter 1: Necessary Preconditions
1. Have an Evalkit available (in this example the TLE9879)

2. A compiled program for that board as an ELF/axf file (or a file with respective information)

3. A HEX file available and also flashed to the board (in this example the TLE9879)

4. SEGGER JLink downloaded and installed and SEGGER JLink driver needs to be installed in host PC
https://www.segger.com/downloads/jlink/#J-LinkSoftwareAndDocumentationPack

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Getting started: Micro Inspector Pro Chapter 2: Infineon Toolbox Installation
Open http://www.Infineon.com > Navigate to "Tools"
> Install the Infineon Toolbox

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Getting started: Micro Inspector Pro Chapter 2: Micro Inspector Pro installation
Open Infineon Toolbox > Navigate to "Manage Tools"
> Install the Micro Inspector Pro

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Getting started: Micro Inspector Pro
Chapter 2: How to upgrade from unregistered to registered version Open the Micro Inspector Pro tool
> This message will be displayed > Click on the link inside the pop-up
window > http://www.Infineon.com/support
> Provide the necessary information on the Infineon support page and submit your request
> You get your license details via e-mail (approx. after 2 working days) > Open the tool and click on "Unregistered" in the bottom right corner > Enter the license details in the window that opens > Proceed with the licensed tool

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Getting started: Micro Inspector Pro Chapter 4: Informative notes
Micro Inspector Pro has two modes:
Default mode: No connection to the device Elements can be added to the Dashboard, variables can be assigned but elements are not clickable
Play mode: Connection to device Graphical elements can be clicked
> To ensure a smooth Dashboard creation, make sure that the zooming level is set to 100%.
> The use of writing variables can lead to changes in your program.

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Getting started: Micro Inspector Pro Creating a Dashboard I
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1. Load the ELF/axf file of your project in the Symbol Browser located in:
xxx\Boards\Infineon\TLE9879_EvalKit\BLDC_SEN SORLESS_FOC_EXAMPLE_TLE987X\Objects (Make sure that the program is already compiled)
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2. Choose TLE9879 in the Settings Menu

3. Choose the elements you need from the Micro Inspector Pro Toolbox

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4. Add them to the data screen using drag and drop

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Getting started: Micro Inspector Pro Creating a Dashboard II

1. Assign the right variables from

your ELF/afx file to the respective

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elements via drag and drop from

the Symbol Browser

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2. Click on 'Run' to run your

Dashboard

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3. The executed example

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Dashboard looks like this

4. Using on-board potentiometer to set motor speed

5. Clicking on 'Stop' terminates the

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execution.

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Getting started: Micro Inspector Pro Creating an Oscilloscope I
Project adaption to support the Oscilloscope feature Preconditions:
> Any IDE (in this case KEIL �Vision is used): https://www.keil.com/demo/eval/arm.htm
> Target code to use the Oscilloscope of Micro Inspector Pro > Please click on 'Target Code' in the menu bar of Micro Inspector Pro and
you can find the target code file (TargetCode.zip) needed for Oscilloscope

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Getting started: Micro Inspector Pro Creating an Oscilloscope II

Project adaption to support the Oscilloscope feature

1. Add the target code to your project,

files:

a)

a) Copy the probe_scope.c, probe_scope.h and probe_scope_cfg.h files from the target code
b)

b) Create a new folder in example project and paste the probe_scope files in this folder

c)

c) Add a new group under your main folder

d)

in your KEIL project

d) Add the probe_scope files to the new group

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Getting started: Micro Inspector Pro Creating an Oscilloscope III

Project adaption to support the Oscilloscope feature

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e) Setup the project to include the folder

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by 1. Clicking on "Options for target"

2. "C/C++" perspective

3. Include the path

4. Select the folder with the

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probe_scope files

2. Add the target code to your project, code a. Include the probe_scope.h file in your main.c file in the KEIL project
Code: #include "probe_scope.h"

b. Call the ProbeScope_Init function in your main function
Code: ProbeScope_Init(20000);

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Getting started: Micro Inspector Pro Creating an Oscilloscope IV
Project adaption to support the Oscilloscope feature
c) Open the Emo_RAM.c file and include the same "probe scope" header file as in the main.c
Code: #include "probe_scope.h"
d) Call the ProbeScope_Sampling(); function in the ,Emo_handleFOC` function This function returns the output value and it is called in "Emo_handleFOC"
e) Configure the probe_scope files Open the probe_scope_cfg.h file and configure the values according to your requirements (see example below for TLE9879 EvalKit)

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Getting started: Micro Inspector Pro Creating an Oscilloscope V
Project adaption to support the Oscilloscope feature
3. Set the PWM Frequency:
a) Open Infineon Toolbox Search for "Config Wizard for Embedded Power ICs" Install and start it

b) Load the config.icwp file located in:
...path\Boards\Infineon\TLE9879_EvalKit\BLDC_ SENSORLESS_FOC_EXAMPLE_TLE987X\RTE\ Device\TLE9879QXA40
c) Set the PWM Frequency to 10 kHz Save the change

d) Go to Keil uVision Compile project Flash to target device

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Getting started: Micro Inspector Pro Creating an Oscilloscope VI
Project adaption to support the Oscilloscope feature
4. Start Micro Inspector Pro a. Open the ELF/afx. File b. Add an Oscilloscope to your screens
5. Configure the Oscilloscope a. Search for the necessary variables in the Symbol Browser b. Assign the to channels by doubleclicking on them

6. Establish a debug connection to the target device a. Initiate the debug session in KEIL This enables the Micro Inspector Pro to establish a connection to the debugger b. Run the example project

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