Related Manuals for Infineon DCDC SBC Series
Summary of Contents for Infineon DCDC SBC Series
- Page 1 TLE 9273 Q X E v alu ation Bo ar d DCDC SBC Family Ge tting S t arte d Rev 1.0, Dec 2018 Aut o moti ve P ow er...
- Page 2 TLE9273QX Evaluation Board Getting Started Revision History: 1 Previous Version: none Page Subjects (major changes since last revision) Initial Release, All. TLE9273QXEvaluation Board Rev 1.0, Dec 2018...
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Page 3: Table Of Contents
TLE9273QX Evaluation Board Getting Started Table of Contents Evaluation Board Overview ....................... 4 Banana Sockets..........................4 Buttons ..............................5 LEDs ..............................5 Connectors ............................5 5.1. uIO Connector ............................5 Jumper Configurations ........................7 6.1. FO connect / disconnect jumpers......................7 6.2. -
Page 4: Evaluation Board Overview
TLE9273QX Evaluation Board Getting Started 1. Evaluation Board Overview There are 4 banana sockets, 5 LEDs, three buttons, one connector for the uIO and a set of headers for jumper configuration in the evaluation board. The functionalites will be explained in the next chapters. The distribution of these elements in the board can be observed in the following figure: 2. -
Page 5: Buttons
TLE9273QX Evaluation Board Getting Started 3. Buttons In the upper right corner there are three buttons. Test Button for enabling test mode (press during SBC Init-Mode when sending arbitrary SPI command) Reset Force this button is connected in parallel to RO output of SBC and will connect RO line to GND when pressing to force a low signal on RO ... - Page 6 TLE9273QX Evaluation Board Getting Started 5.2. Digital IO Connectors This connector can be used to access the RXD and TXD pins of the appropriate CAN and LIN transceivers 5.3. Transceiver Connectors Those connectors can be used to connect to the transceiver outputs LIN1-LIN4 and to CAN. TLE9273QXEvaluation Board Rev 1.0, Dec 2018...
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Page 7: Jumper Configurations
TLE9273QX Evaluation Board Getting Started 6. Jumper Configurations 6.1. FO connect / disconnect jumpers The approbriate FOx LEDs can be connected / disconnected from / to the FOx pins to indicate its status. Also the jumpers can be used to connect an external fail circuitry. TLE9273QXEvaluation Board Rev 1.0, Dec 2018... -
Page 8: Vcc2 / Vlin Jumpers
TLE9273QX Evaluation Board Getting Started 6.2. VCC2 / VLIN jumpers Those jumpers are located directly next to the jumpers of the fail outputs LEDs (see overview picture). Depending on the configuration you can select the input supply of VCC2 regulator and the VLIN supply to either VSUP (which is directly the banana socket input) or to VS (which is the ouput of boost-converter). -
Page 9: Vcan Jumper
TLE9273QX Evaluation Board Getting Started 6.3. VCAN jumper This jumper can be used to select the supply of the VCAN input. It can be connected either to VCC1 or VCC2. VCAN must be supplied with 5V. Therefore – in case of DCDC SBC V33 type, this jumper must be connected to VCC2. -
Page 10: Usage Of Configwizard
Please connect your uIO stick to the uIO interface header and supply the evaluation board with e.g. 12V. After this, please open “Config Wizard for SBC” inside Infineon Toolbox and select “TLE9273”. In case it has problems to connect please refer to the uIO stick user manual which can be also downloaded under http://www.infineon.com/SBC... - Page 11 TLE9273QX Evaluation Board Getting Started After this, when the user interface is opening, then the SBC should be in SBC normal mode and SPI should be accessable. This is indicated by green status flags. All functionalities of the SBC are live controllable then by just clicking or selecting the appropriate functions. TLE9273QXEvaluation Board Rev 1.0, Dec 2018...
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Page 12: Additional Information
TLE9273QX Evaluation Board Getting Started Additional Information For further information you may contact http://www.infineon.com or your regional FAE. TLE9273QXEvaluation Board Rev 1.0, Dec 2018... - Page 13 Infineon Technologies components may be used in life-support devices or systems only with the express written approval of Infineon Technologies, if a failure of such components can reasonably be expected to cause the failure of that life-support device or system or to affect the safety or effectiveness of that device or system. Life support devices or systems are intended to be implanted in the human body or to support and/or maintain and sustain and/or protect human life.
- Page 14 . i n f i n e o n . c o m Published by Infineon Technologies AG...