SBCSHIELDTLE9471TOBO1 Infineon

Product Brief Lite DCDC SBC Shield for Arduino Lite DCDC System Basis Chip Shield with the TLE9471-3ES The Lite SBC Shield for Arduino uses a TLE9471-3ES, which is part of the Key features TLE94x1 Lite SBC family of Infineons SBC portfolio. The SBC enables the shield to drive 9 WS2812B RGB LEDs with its integrated Supply voltage range 9V to powerful buck converter as well as feature and integrated charge pump to 12V switch external loads up to 2.5 amps. In addition, the shield feature a 9 WS2812B LEDs powered by microchip MCP2515 CAN protocol handler enables CAN communication up the integrated buck converter to 1 Mb/s. of If desired, the user can also connect an external signal to the high voltage TLE9471-3ES WK input to either control the power mode of the SBC or to read the level of Microchip MCP2515 SPI-CAN the signal. protocol handler for CAN All functions can be used independently. communication Power MOSFETs driven by the A Microcontroller Library offers an intuitive user interface to quickly setup and integrated charge pump of the configure the SBC. Moreover, different code examples are available which Lite SBC to switch loads up to can be used as a reference for further projects. 2.5 amps. An external freewheeling diode allows Key benefits switching of inductive loads High voltage level input for Easy to use reference code examples for CAN communication, LED control and configuration of the Lite SBC wake signalization and/or standard high voltage input Lite SBC Microcontroller Library based on Config Wizard available for easy device initialization Switchable 120 Ohm CAN termination Block diagram of the shield Switchable SBC test mode and reset for Arduino Key applications of shield Intelligent room lighting Connected LED pixel arrays for e.g. pixel walls RC applications IO node for CAN bus networks Distributed power control of e.g. motors, heating, lighting Pinball machine www.infineon.com/sbc Product Brief Software A microcontroller library for the TLE9471-3ES is available inside the Infineon Toolbox. Arduino code examples and user manuals for the shield and for the microcontroller library are available under