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Getting started with the Infineon door control evaluation board User guide Door control MOTIX Bridge ™ MOTIX ™ Z8F80481275 About this document Scope and purpose This user guide provides instructions for using the evaluation board, which is designed to evaluate the associated system solution for door control.
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Getting started with the Infineon door control evaluation board User guide About this document Intended audience This document is intended for anyone using Infineon's Door control evaluation board. Note: printed circuit board (PCB) and auxiliary circuits are NOT optimized for final customer design.
Boards provided by Infineon Technologies. The design of the Evaluation Boards and Reference Boards has been tested by Infineon Technologies only as described in this document. The design is not qualified in terms of safety requirements, manufacturing and operation over the entire operating temperature range or lifetime.
Getting started with the Infineon door control evaluation board User guide Safety precautions Safety precautions Table 1 Safety precautions Caution: The heat sink and device surfaces of the evaluation or reference board may become hot during testing. Hence, necessary precautions are required while handling the board.
User guide 1 System offering System offering Introduction to the system offering Infineon's system offering for door control encompasses a range of components that work together to provide a comprehensive solution. Key Components: • Infineon door control evaluation board: A robust hardware foundation for efficient integration and...
Getting started with the Infineon door control evaluation board User guide 1 System offering Figure 2 Infineon's door control system offerings 1.1.1 Introduction to the Infineon door control evaluation board The evaluation board combines a TRAVEO II microcontroller with a MOTIX...
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Getting started with the Infineon door control evaluation board User guide 1 System offering MOTIX™ Bridge Termination TLE9166EQ WK Push Buttons Integrated half-bridges Reverse Polarity OUT 1 Protection OUT 2 4xHS VSCP OUT 3 Half-bridge 4 OUT 4 Half-bridge 3 OUT 5...
TLE9166 half-bridge driver integrated circuit (IC). The device driver is designed to be integrated into various microcontroller platforms and provides a set of functions to configure the TLE9166EQ and read its status registers. The device driver is available in the Infineon Developer Center.
™ ™ TLE9166EQ during runtime. In addition, it monitors the values of the device register and the CM pin of the device. This tool works together with the evaluation board and the uIO-stick, which sends the corresponding messages, drives the digital inputs of the device, and monitors the CM analog pin of the device.
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Getting started with the Infineon door control evaluation board User guide 1 System offering Figure 5 Navigation on the web page to order the board How to get the application software examples and device drivers To download an embedded software package: Go to https://softwaretools.infineon.com/software...
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Getting started with the Infineon door control evaluation board User guide 1 System offering Figure 6 Software package within the Infineon Developer Center User guide Revision 2.00 2024-10-15...
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Once installed, in Step 5, under Manage Tools and hovering over the MOTIX Multi half-bridge IC configuration ™ wizard box, click Start. In the new window that appears, to start the tool, click TLE9166EQ EVALBOARD. User guide Revision 2.00 2024-10-15...
(general purpose input output ™ (GPIO), PWM, SPI)* are configured for the correct pin mapping and functionality. The Infineon products on the evaluation board are the best fit for a door control application. The application software examples have been developed so that the correct application load type is connected to the correct output stage*.
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Bridge TLE9166EQ with the uIO-stick. ™ ™ The configuration of the MOTIX Bridge TLE9166EQ can be changed during run-time to monitor the values ™ of the device registers. There is no need to re-flash or reboot any microcontroller to make any changes Figure 10 Evaluation board + configuration wizard •...
Getting started with the Infineon door control evaluation board User guide 2 Setting up the Infineon door control evaluation board Setting up the Infineon door control evaluation board Box delivery content The Door control evaluation board is delivered together with a USB-C cable to connect the board to a PC, and a...
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Getting started with the Infineon door control evaluation board User guide 2 Setting up the Infineon door control evaluation board Table 2 (continued) Steps for setting up the evaluation board Steps Designator Label Description supply LED D5 indicated that positive...
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Getting started with the Infineon door control evaluation board User guide 2 Setting up the Infineon door control evaluation board Figure 13 Supply connector and LEDs Exclusive content To access exclusive content, click https://softwaretools.infineon.com/projects/create. User guide Revision 2.00 2024-10-15...
™ The integrated power stages of MOTIX bridge TLE9166EQ are connected to the output screw connector X33. ™ The high-side MOSFET driver is connected to X33 via Q3 and EC mirror control driver via Q4. The drain of the Q4 MOSFET can be connected to OUT10 using jumper X34.
II microcontroller port P13_3 (pin 55). The jumper is set by default. 3.2.1.3 Signal pin headers Different measurement signals of MOTIX Bridge TLE9166EQ are routed to X31 and X32 pin headers for the easy ™ access of measurement. User guide Revision 2.00...
Getting started with the Infineon door control evaluation board User guide 3 In detail: Infineon door control evaluation board Figure 16 Signal pin headers 3.2.1.4 Assembly options Values for these optional additional placements must be determined depending on the application. The typical...
Getting started with the Infineon door control evaluation board User guide 3 In detail: Infineon door control evaluation board 3.2.2 MOTIX SBC TLE9562 ™ 3.2.2.1 Power stage of MOTIX SBC TLE9562 ™ Four MOSFET half bridges are controlled by MOTIX SBC TLE9562 and are connected to the X69 screw ™...
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Getting started with the Infineon door control evaluation board User guide 3 In detail: Infineon door control evaluation board Table 6 Jumpers Designator Label Description Set jumper to connect supply to V indication LED. Jumper is set by default Set jumper to pull down the CRC pin of MOTIX SBC TLE9562 to activate ™...
Getting started with the Infineon door control evaluation board User guide 3 In detail: Infineon door control evaluation board 3.2.2.3 Test points Figure 20 Test points Table 7 Test points Signal Designator Description Test points to measure the digital supply voltage of TRAVEO ™...
Getting started with the Infineon door control evaluation board User guide 3 In detail: Infineon door control evaluation board 3.2.2.5 Pushbuttons Figure 22 Pushbuttons Table 8 Push buttons Designator Description WK1: Wake input trigger push button for MOTIX SBC TLE9562, Trigger is ™...
Getting started with the Infineon door control evaluation board User guide 3 In detail: Infineon door control evaluation board Table 9 LEDs Designator Description Indicates the digital supply V of TRAVEO II and MOTIX bridge TLE9166EQ is active ™ ™...
Getting started with the Infineon door control evaluation board User guide 3 In detail: Infineon door control evaluation board 3.2.2.9 Assembly options Values for these optional additional placements must be determined depending on the application. The typical components and values can be found in Chapter 3.3.3.
Getting started with the Infineon door control evaluation board User guide 3 In detail: Infineon door control evaluation board Table 11 Jumpers Designator Description Set jumper to connect the potentiometer to V supply. Jumper is set by default. For more information, refer to...
Getting started with the Infineon door control evaluation board User guide 3 In detail: Infineon door control evaluation board 3.2.3.3 Push button Figure 29 Push button Table 13 Push button Designator Description RESET: Reset push button for TRAVEO II microcontroller ™...
Getting started with the Infineon door control evaluation board User guide 3 In detail: Infineon door control evaluation board Table 14 LEDs Designator Description Can be connected to GPIO P12_4 (pin 49) with jumper X76, as described in Jumpers Can be connected to GPIO P12_3 (pin 48) with jumper X76, as described in...
Getting started with the Infineon door control evaluation board User guide 3 In detail: Infineon door control evaluation board Figure 32 Signal pin headers 3.2.4 Power supply 3.2.4.1 Supply connectors Figure 33 Supply connector Table 15 Connectors Functionality Designator Description...
Getting started with the Infineon door control evaluation board User guide 3 In detail: Infineon door control evaluation board 3.2.4.2 Jumpers Figure 34 Jumpers Table 16 Jumpers Designator Description Set jumper to connect supply to V indication LED. Jumper is set by default Set jumper to connect supply to V indication LED.
Getting started with the Infineon door control evaluation board User guide 3 In detail: Infineon door control evaluation board 3.2.4.4 LEDs Figure 36 LEDs Table 18 LEDs Designator Description Indicates that supply voltage, V is active for the board after reverse recovery protection Indicates that there is a positive voltage at V 3.2.5...
™ ™ To use this interface for MOTIX bridge TLE9166EQ , first disconnect the device from the microcontroller by ™ removing X36 jumpers. Now, connect jumper between X89 and X91 pin header. Information on the different signals on the pin header is shown on the picture below or on the board. Use the connector X52 to connect the board to the PC using the uIO-stick.
Getting started with the Infineon door control evaluation board User guide 3 In detail: Infineon door control evaluation board 3.2.6 Debugger 3.2.6.1 Connector The on-board debug circuit (CY8C5868LTI-LP039) connects the PC with the TRAVEO II using a USB-C connector. ™...
Getting started with the Infineon door control evaluation board User guide 3 In detail: Infineon door control evaluation board Table 21 (continued) Connectors Functionality Designator Description USB-C connector to connect the on-board debugger to a PC for debugging and virtual COM port...
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Getting started with the Infineon door control evaluation board User guide 3 In detail: Infineon door control evaluation board Figure 41 Jumpers Table 23 Jumpers Designator Signal Description TV_SWDIO Set jumper to connect PSoC signal SWDIO to TRAVEO ™ ™...
Getting started with the Infineon door control evaluation board User guide 3 In detail: Infineon door control evaluation board 3.2.6.3 Test point Figure 42 Test points Table 24 Test points Signal Designator Description Test point to measure supply voltage of on-board debugger...
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Getting started with the Infineon door control evaluation board User guide 3 In detail: Infineon door control evaluation board Figure 43 Signal pin headers User guide Revision 2.00 2024-10-15...
Getting started with the Infineon door control evaluation board User guide 3 In detail: Infineon door control evaluation board 3.2.6.5 Pushbutton Figure 44 Push button Table 25 Push buttons Designator Description Mode switch: Push button to switch the debug circuit to CMSIS-DAP mode User guide Revision 2.00...
Getting started with the Infineon door control evaluation board User guide 3 In detail: Infineon door control evaluation board 3.2.6.6 LEDs Figure 45 LEDs Table 26 LEDs Designator Description Indicates the supply of the on-board debugger circuit, V is active Status of the KitProg3 3.2.6.7...
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Getting started with the Infineon door control evaluation board User guide 3 In detail: Infineon door control evaluation board Figure 46 Assembly options Table 27 Additional placements Designator Description Diode to supply debugger circuit from V Resistor to pull down SWDIO to GND...
Getting started with the Infineon door control evaluation board User guide 3 In detail: Infineon door control evaluation board Design Files 3.3.1 Schematics Door control evaluation board Figure 47 Door control evaluation board, sheet 2 User guide Revision 2.00 2024-10-15...
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Getting started with the Infineon door control evaluation board User guide 3 In detail: Infineon door control evaluation board Figure 48 Door control evaluation board, sheet 3 User guide Revision 2.00 2024-10-15...
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Getting started with the Infineon door control evaluation board User guide 3 In detail: Infineon door control evaluation board P5LP1_2 Figure 49 Door control evaluation board, sheet 4 User guide Revision 2.00 2024-10-15...
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Getting started with the Infineon door control evaluation board User guide 3 In detail: Infineon door control evaluation board Figure 50 Door control evaluation board, sheet 5 User guide Revision 2.00 2024-10-15...
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Getting started with the Infineon door control evaluation board User guide 3 In detail: Infineon door control evaluation board Figure 51 Door control evaluation board, sheet 6 User guide Revision 2.00 2024-10-15...
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Getting started with the Infineon door control evaluation board User guide 3 In detail: Infineon door control evaluation board Figure 52 Door control evaluation board, sheet 7 User guide Revision 2.00 2024-10-15...
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Getting started with the Infineon door control evaluation board User guide 3 In detail: Infineon door control evaluation board Figure 53 Door control evaluation board, sheet 8 User guide Revision 2.00 2024-10-15...
Getting started with the Infineon door control evaluation board User guide 3 In detail: Infineon door control evaluation board 3.3.2 Layout Door control evaluation board Figure 54 Door control evaluation board layer 1 (top layer, signal) Figure 55 Door control evaluation board layer 2 (middle layer, GND ) User guide Revision 2.00...
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Getting started with the Infineon door control evaluation board User guide 3 In detail: Infineon door control evaluation board Figure 56 Door control evaluation board layer 3 (middle layer, signal) Figure 57 Door control evaluation board layer 4 (bottom layer, power) User guide Revision 2.00...
Getting started with the Infineon door control evaluation board User guide 3 In detail: Infineon door control evaluation board 3.3.3 Bill of material Door control evaluation board Mostly automotive-qualified components are used for the Door control evaluation board. The complete bill of material (BOM) is shown below and includes non-mounted components.
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Getting started with the Infineon door control evaluation board User guide 3 In detail: Infineon door control evaluation board Table 28 (continued) BOM Door control evaluation board Manufacturer Designator Description Quantity Manufacturer order number CAP/FILM/470uF/25V/20% / - / -55°C to...
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Getting started with the Infineon door control evaluation board User guide 3 In detail: Infineon door control evaluation board Table 28 (continued) BOM Door control evaluation board Manufacturer Designator Description Quantity Manufacturer order number IND/STD/100uH/150mA/50% / -55°C ACT1210-101-2 to 150°C/1.5R/1210(3225) / Filter SMD,...
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Getting started with the Infineon door control evaluation board User guide 3 In detail: Infineon door control evaluation board Table 28 (continued) BOM Door control evaluation board Manufacturer Designator Description Quantity Manufacturer order number R13, R24 RES/STD/15k/100mW/5% / RC0603JR-0715 Yageo 100ppm/K / -55°C to 155°C/...
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Getting started with the Infineon door control evaluation board User guide 3 In detail: Infineon door control evaluation board Table 28 (continued) BOM Door control evaluation board Manufacturer Designator Description Quantity Manufacturer order number Test Point, Compact, Surface Mount, 182-8848...
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Getting started with the Infineon door control evaluation board User guide 3 In detail: Infineon door control evaluation board Table 28 (continued) BOM Door control evaluation board Manufacturer Designator Description Quantity Manufacturer order number X31, X32 PCB Terminal Block, Nominal Current...
Getting started with the Infineon door control evaluation board User guide 4 Additional information Additional information • IAR Embedded Workbench for ARM: https://www.iar.com/products/architectures/arm/iar-embedded- workbench-for-arm/ • Infineon developer center: https://softwaretools.infineon.com/welcome • Infineon MOTIX Bridge TLE9166EQ datasheet. Refer to product page: https://www.infineon.com/cms/de/ ™...
Getting started with the Infineon door control evaluation board User guide Glossary Glossary application programming interface (API) A set of defined rules that enables various software components to communicate with each other. controller area network (CAN) GPIO general purpose input output (GPIO) graphical user interface (GUI) An interface that enables users to interact with electronic devices through icons and visual indicators.
Getting started with the Infineon door control evaluation board User guide 5 Abbreviations Abbreviations Table 29 Abbreviations Abbreviation Meaning Ampere Brushed direct current Bill of material Current measurement CMSIS Common microcontroller software interface standard Communication Debug access port Electrochromatic EWARM...
Getting started with the Infineon door control evaluation board User guide Revision history Revision history Document Date of Description of changes version release Rev. 2.00 2024-10-15 • Document updated; content restructured; chapters on system offering included • Document renamed from "Door control evaluation board user guide"...
Infineon Technologies, Email: erratum@infineon.com Infineon Technologies’ products may not be used in any applications where a failure of the product or any consequences of the use thereof can reasonably be Document reference expected to result in personal injury.
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