XENSIV™ - TLE4972 EVAL LAT BART current sensor evaluation board for evaluating three phase systems, with currents up to ~543A*
The TLE4972 EVAL LAT BAR board is a current sensor evaluation board suitable for evaluating three phase systems, with currents up to ~543A*. The board is equipped with three TLE4972-AE35S5 Hall current sensors assembled on top of the PCB and three external copper bus-bars routing the tree phases externally, over each sensor. The board can be used either standalone or interconnected with the Infineon TLE4972 Current Sensor Programmer tool, link to
The board comes assembled with copper buss bars and auxiliary mechanical elements (incl. M6 screws and nuts) for properly attaching and securing high-current cables or busbars
TLE4972: Evaluation board variants:
TLE4972 EVAL STD PCB, link to - based on TLE4972-AE35D5 (TDSO package variant), 191A full scale range
TLE4972 EVAL INLAY, link to - based on TLE4972-AE35D5 (TDSO package variant), 420A full scale range
TLE4972 EVAL LAT BAR - based on TLE4972-AE35S5 (VSON package variant), 543A full scale range
TLE4972 EVAL VER BAR, link to - based on TLE4972-AE35S5 (VSON package variant), 842A full scale range
Register your board now in order to get access to exclusive content (software, design files, example codes).
Summary of Features
Measurement of three-phase currents, up to 543A*, external current rail.
Based on TLE4972-AE35S5 current sensors
Onboard LDO for precise & stable 3.3V sensor supply
Compatible with the TLE4972 Current Sensor Programmer evaluation tool
Sensor settings programmable sensors, e.g. using the TLE4972 Current Sensor Programmer tool, link to
The board is calibrated & calibration report is offered in the package.
Standalone use OR together with the TLE4972 Current Sensor Programmer tool.
Software, PCB and mechanical details available after registering the board @myInfineon
*please consult the "Safety precautions" chapter of the user manual before usage
Potential Applications
• Automotive electrical drives • Auxiliary drives • Current monitoring • Overload and over-current detection • Automotive power train • Battery main switch • On board chargers, etc
XENSIV™ - TLE4972 EVAL LAT BART current sensor evaluation board for evaluating three phase systems, with currents up to ~543A*
The TLE4972 EVAL LAT BAR board is a current sensor evaluation board suitable for evaluating three phase systems, with currents up to ~543A*. The board is equipped with three TLE4972-AE35S5 Hall current sensors assembled on top of the PCB and three external copper bus-bars routing the tree phases externally, over each sensor. The board can be used either standalone or interconnected with the Infineon TLE4972 Current Sensor Programmer tool, link to
The board comes assembled with copper buss bars and auxiliary mechanical elements (incl. M6 screws and nuts) for properly attaching and securing high-current cables or busbars
TLE4972: Evaluation board variants:
- TLE4972 EVAL STD PCB, link to - based on TLE4972-AE35D5 (TDSO package variant), 191A full scale range
- TLE4972 EVAL INLAY, link to - based on TLE4972-AE35D5 (TDSO package variant), 420A full scale range
- TLE4972 EVAL LAT BAR - based on TLE4972-AE35S5 (VSON package variant), 543A full scale range
- TLE4972 EVAL VER BAR, link to - based on TLE4972-AE35S5 (VSON package variant), 842A full scale range
Register your board now in order to get access to exclusive content (software, design files, example codes).
Summary of Features
- Measurement of three-phase currents, up to 543A*, external current rail.
- Based on TLE4972-AE35S5 current sensors
- Onboard LDO for precise & stable 3.3V sensor supply
- Compatible with the TLE4972 Current Sensor Programmer evaluation tool
- Sensor settings programmable sensors, e.g. using the TLE4972 Current Sensor Programmer tool, link to
- The board is calibrated & calibration report is offered in the package.
- Standalone use OR together with the TLE4972 Current Sensor Programmer tool.
- Software, PCB and mechanical details available after registering the board @myInfineon
*please consult the "Safety precautions" chapter of the user manual before usage
Potential Applications
• Automotive electrical drives
• Auxiliary drives
• Current monitoring
• Overload and over-current detection
• Automotive power train
• Battery main switch
• On board chargers, etc
