With its differential measuring principle, the sensor suppresses interference fields from its immediate environment. In addition, a market-proven Infineon technology compensates temperature fluctuations and mechanical stress. Thus, the sensitivity error of the measurement is reduced to only two percent at room temperature, with single point in-system calibration to even lower values. The results of the measurement are provided as an analog output voltage.
For fast overcurrent detection with a low latency, the sensor contains two digital outputs (OCD1, OCD2). When the individually programmable overcurrent threshold is exceeded, the signal can be used for pre-warning or for system shutdown. In addition, the sensor reliably identifies and reports over- or under-voltage condition for the supply voltage.
The TLI4971 offers excellent thermal performance for currents up to 120A thanks to its special current rail layout and incorporates galvanic isolation for voltages up to 1.1kV. With its performance data and the 120kHz bandwidth, the compact sensor in a 8x8x1mm leadless TISON-8 package is ideal for a wide range of applications, including 50kW electric drives, inverters, robots, chargers, battery management systems, smart metering, power tools and white goods.
For more information about Infineon’s XENSIV™ TLI4971 and a direct ordering option, please visit our e-commerce platform at www.rutronik24.com.
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Contact Person:
Markus Balke, Senior Manager Product Marketing Analog & Sensors
+49 7231 801 1423 | markus.balke@rutronik.com
