The Infineon XENSIVTM TLE4973-R120T5-S0010 is a current sensor, pre-programmed to the 55 A measurement range with integrated current rail in 8x 8 mm SMD body. This sensor works at 5 V with up to ±132 A measurement range and provides an analog output with over current detection output. Digital control interface provides temperature readout, safety status readout, read/write programming access to internal EEPROM, and control of diagnosis mode.

The Infineon XENSIVTM TLE4973-R120T5-S0010 is a current sensor with integrated current rail in 8x 8 mm SMD body which enables optical inspection in the assembly line. This sensor works at 5 V with up to ±132 A measurement range and provides an analog output with over current detection output. Digital control interface provides temperature readout, safety status readout, read/write programming access to internal EEPROM, and control of diagnosis mode.

TLE4973-RE35D5-S0001 provides analog output proportional to the magnetic field measured and over current detection output. Digital control and diagnostic interface provide temp. and safety status readout, read/write progr. access to internal EEPROM, control of diagnosis mode. Infineon’s Hall technology enables accurate and highly linear measures. Its measurement range allows to sense currents w/o neg. effects, like hysteresis or saturation.

TLE4973-RE35D5-S0010 provides analog output proportional to the magnetic field measured and over current detection output. Digital control and diagnostic interface provide temp. and safety status readout, read/write progr. access to internal EEPROM, control of diagnosis mode. Infineon’s Hall technology enables accurate and highly linear measures. Its measurement range allows to sense currents w/o neg. effects, like hysteresis or saturation

Infineon´s XENSIV TLE4973-RE35S5-S0001 works at 5V and provides an analog output proportional to the magnetic field measured as well as over current detection output. Digital control and diagnostic interface provides temperature readout, safety status readout, read/write programming access to internal EEPROM, control of diagnosis mode. Infineon’s hall technology enables accurate and highly linear measurement. The measurement range up to ±34 mT allows to sense currents up to 2kA without the negative effects like hysteresis and saturation.

The Infineon XENSIVTM TLI4971-A025T5-E0001 is a new sensor, pre-programmed to the 25A measurement range. It offers high precision current measurement in applications with lower currents. This coreless magnetic current sensor solution is usable for AC and DC measurements. It consists of an analog interface and dual fast over-current detection outputs. Infineon's well-established and robust Hall technology enables accurate and highly linear measurement of currents with a full measurement range up to ±25A full scale range. All negative effects (saturation, hysteresis) commonly known from sensors using flux concentration techniques are avoided.The digitally assisted analog concept of TLI4971 offers superior stability over temperature and lifetime thanks to the proprietary digital stress and temperature compensation. The differential measurement principle allows great stray field suppression for operation in harsh environments.We offer two derivatives:TLI4971-A025T5-U-E0001 with 25A measurement range, UL certified deviceTLI4971-A025T5-E0001 with 25A measurement range

The Infineon XENSIVTM TLI4971-A050T5-E0001 is a new sensor, pre-programmed to the 50A measurement range. In applications with medium currents, this coreless magnetic current sensor solution is usable for AC and DC measurements. Due to its 240kHz bandwidth the fast analog interface and dual fast over-current detection as well as the high precision current measurement ensures high flexibility in many application use cases. Infineon's well-established and robust Hall technology enables accurate and highly linear measurement of currents with a full measurement range up to ±50A full scale range. All negative effects (saturation, hysteresis) commonly known from sensors using flux concentration techniques are avoided.The digitally assisted analog concept of TLI4971 offers superior stability over temperature and lifetime thanks to the proprietary digital stress and temperature compensation. The differential measurement principle allows great stray field suppression for operation in harsh environments.We offer two derivatives:TLI4971-A050T5-U-E0001 with 50A measurement range, UL certified deviceTLI4971-A050T5-E0001 with 50A measurement range

The Infineon XENSIVTM TLI4971-A075T5-E0001 is a new pre-programmed 75A sensor. The high precision current measurement serves applications with medium to high currents. Due to the coreless magnetic current sensing principle, saturation or hysteresis effects commonly known from sensors using flux concentration techniques are avoided. The analog interface and dual fast over-current detection pins with a reaction time of less than 1µs ensures a safe operation of the applications. Infineon's well-established and robust Hall technology enables accurate and highly linear measurement of AC and DC currents with a full measurement range up to ±75A full scale range. d. The current sensor is equipped with internal self-diagnostic feature.The digitally assisted analog concept of TLI4971 offers superior stability over temperature and lifetime thanks to the proprietary digital stress and temperature compensation. The differential measurement principle allows great stray field suppression for operation in harsh environments.We offer two derivatives:TLI4971-A075T5-U-E0001 with 75A measurement range, UL certified deviceTLI4971-A075T5-E0001 with 75A measurement range

The XENSIV(TM) TLI5570-AE35E1-E000 is a high-precision miniature coreless magnetic sensor for AC and DC measurement. Our revolutionary and robust, highly linear monolithic TMR (tunnel magnetoresistance) technology enables accurate current measurement. With a bandwidth of a more than >1.1MHz, this sensor provides a non-amplified high-speed differential analog output signal to be directly connected to replacing shunts.