SHIELD_BTS50015-1TAD

Protected Switch Shield with BTS50015-1TAD for Arduino Quick start guide The 12V Protected Switch Shield with BTS50015-1TAD from Infineon is a flexible evaluation board that can be controlled by microcontroller boards using the Arduino form factor such as Infineons XMC microcontroller kits. The shield with Infineons high-side switch Power PROFET BTS50015-1TAD allows two different working modes: The shield can be controlled by a programmable microcontroller, e.g. XMC1100 Boot Kit, a 32-bit ARM powered MCU from Infineon. For stand-alone mode, BTS50015-1TAD can be commanded ON/OFF by connecting pin P0.3 to 5 V (P2.10) or 12 V (V ). The IS signal of BTS50015 is monitored by the on-board circuitry, indicating Bat operation mode of BTS50015 on LED3 (green for normal mode) and LED4 (red for FAULT mode, such as overtemperature or short circuit to GND). Together with free programmable LED1, LED2 and button S2 on board, Infineon Technologies delivers a highly flexible evaluation board which can be used for a wide range of application areas and tests. Protected Switch Shield with BTS50015-1TAD Connector compatible with Arduino BTS50015-1TAD Status LED Connector compatible with ArduinoGetting started stand alone or with Infineons XMC1100 Boot Kit STEP 1 Choose a high current power supply NOTE: Output voltage range V = 8 18 V For all physical values we refer to the Bat Output current range I > 30 A DC data sheet BTS50015-1TAD Power supply should be protected STEP 2 Choose an electrical load connected to ground Suitable for resistive, inductive and capacitive loads Load resistance higher than V /33 A Bat STEP 3 Stand alone STEP 3 with XMC1100 Boot Kit Connect power supply and load as described Connect the BTS50015-1TAD shield to in the user manual XMC1100 Boot Kit compatible with Arduino Find source code at: www.infineon.com/shields-for-arduino Connect power supply and load as described in the user manual XMC1100 Boot Kit USB PC VBat VBat + + Load Load Protected Protected GND Switch Shield GND Switch Shield P0.3 For all physical values: see data sheet For all physical values: see data sheet BTS50015-1TAD BTS50015-1TAD Connect P0.3 to 5 V (P2.10) or 12 V (V ) via an The XMC1100 Boot Kit will be powered via the Bat external switch S1. Aer poft wer-ON, push this USB cable switch to turn on BTS50015. The on-board key S2 is freely programmable in line with the requirements of the application STEP 4 STEP 4 Turn on the power Program XMC1100 Boot Kit Example sketches and projects: www.infineon.com/shields-for-arduino Turn on the power Switch