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Current Sensor ICs Available With Efficient Next-Day Delivery.

New items

TLE4973R075T5S0010XUMA1, Infineon

The Infineon High precision miniature coreless magnetic current sensor for AC and DC measurements with analogue interface and fast over current detection output. Negative effects known from open loop sensors using flux concentration techniques are avoided. The differential measurement principle allows great stray field suppression for operation in harsh environments. The high configurability enables customization for a variety of applications. Very low sensitivity error over temperature and lifetime Excellent stability of offset over temperature and lifetime Differential sensor principle ensures superior magnetic stray field suppression High bandwidth provides fast response time and low phase delay Over current detection with configurable threshold

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791002004, Wurth Elektronik

The Wurth Elektronik Residual Current Detection Sensor is designed for fault current detection in EV-charging applications. It is a DC 6 mA residual direct current detecting RDC-M-Module for mode 3 EV charging. System fault indication Supply voltage drop monitoring Compact design for PCB board mounting

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TLE4971A075N5E0001XUMA1, Infineon

The Infineon current sensor IC is a high precision miniature coreless magnetic current sensor for AC and DC measurements with analog interface and two fast over-current detection outputs. It consist of robust monolithic hall technology enables accurate and highly linear measurement of currents with a full scale. DC & AC current sensing Very low sensitivity error over temperature

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TLE4973R050T5S0001XUMA1, Infineon

The Infineon High precision miniature coreless magnetic current sensor for AC and DC measurements with analogue interface and fast over current detection output. Negative effects known from open loop sensors using flux concentration techniques are avoided. The differential measurement principle allows great stray field suppression for operation in harsh environments. The high configurability enables customization for a variety of applications. Very low sensitivity error over temperature and lifetime Excellent stability of offset over temperature and lifetime Differential sensor principle ensures superior magnetic stray field suppression High bandwidth provides fast response time and low phase delay Over current detection with configurable threshold

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AHR 1000 B420, LEM

The LEM True RMS Signal Conditioner with 1000 A nominal value offers advanced measurement capabilities for currents ranging up to 2000 A and utilizes DC TRMS 4 to 20 mA for secondary nominal signal output. Designed to handle both AC and DC primary signals, it operates with an external unipolar DC supply voltage ranging from 20 to 50 V. With an impressive accuracy of 1%, this unit is highly reliable even in extreme operating temperatures, ranging between -40 °C and 70 °C. Its open loop Hall effect technology ensures precise current measurement, and the device is built for durability with mounting options on primary fastening panels. DC + distorted AC waveform currents measurement True RMS output Busbar or panel mounting Split core type Insulating plastic case recognized according to UL 94-V0

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TLE4973R025T5S0001XUMA1, Infineon

The Infineon High precision miniature coreless magnetic current sensor for AC and DC measurements with analogue interface and fast over current detection output. Negative effects known from open loop sensors using flux concentration techniques are avoided. The differential measurement principle allows great stray field suppression for operation in harsh environments. The high configurability enables customization for a variety of applications. User programmable parameters such as OCD thresholds and sensitivity settings are stored in an embedded EEPROM. Ratiometric single ended analogue output ISO 26262 Safety Element out of Context for safety requirements up to ASIL B Very low sensitivity error over temperature and lifetime Excellent stability of offset over temperature and lifetime Differential sensor principle ensures superior magnetic stray field suppression High bandwidth provides fast response time and low phase delay

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AHR 1500 B420, LEM

The LEM 1500 A True RMS Signal Conditioner from the AHR Series is a powerful measurement device designed for currents with a nominal value of 1500 A and a measuring range up to 2500 A. It outputs a secondary nominal signal as DC TRMS 4 to 20 mA and is compatible with both AC and DC primary signals. With an external unipolar DC supply voltage range of 20 to 50 V, it operates efficiently across extreme temperatures from -40 °C to 70 °C. Its accuracy is rated at 1%, providing reliable and precise measurements, while the open loop Hall effect technology ensures dependable performance. The device is built for straightforward installation with mounting options on primary fastening panels, making it ideal for demanding electrical applications. DC + distorted AC waveform currents measurement True RMS output Busbar or panel mounting Split core type Insulating plastic case recognized according to UL 94-V0

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New items

TLE4973R025T5S0010XUMA1, Infineon

The Infineon High precision miniature coreless magnetic current sensor for AC and DC measurements with analogue interface and fast over current detection output. Negative effects known from open loop sensors using flux concentration techniques are avoided. The differential measurement principle allows great stray field suppression for operation in harsh environments. The high configurability enables customization for a variety of applications. User programmable parameters such as OCD thresholds and sensitivity settings are stored in an embedded EEPROM. Ratiometric single ended analogue output ISO 26262 Safety Element out of Context for safety requirements up to ASIL B Very low sensitivity error over temperature and lifetime Excellent stability of offset over temperature and lifetime Differential sensor principle ensures superior magnetic stray field suppression High bandwidth provides fast response time and low phase delay

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New items

TLE4973R120T5US0010XUMA1, Infineon

The Infineon High precision miniature coreless magnetic current sensor for AC and DC measurements with analogue interface and fast over current detection output. Negative effects known from open loop sensors using flux concentration techniques are avoided. The differential measurement principle allows great stray field suppression for operation in harsh environments. The high configurability enables customization for a variety of applications. Very low sensitivity error over temperature and lifetime Excellent stability of offset over temperature and lifetime Differential sensor principle ensures superior magnetic stray field suppression High bandwidth provides fast response time and low phase delay Over current detection with configurable threshold

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New items

TLE4971A120N5UE0001XUMA1, Infineon

XENSIV™ - TLE4971-A120N5-U-E0001 high precision coreless current sensor with analog interface, UL certified device The Infineon XENSIV TLE4971-A120N5-E0001 is a new automotive qualified pre-programmed 120A sensor. It serves the unique ±120A measurement rage, the highest for current sensors with integrated current rail in a small SMD body. 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 two dedicated fast over-current detection pins with a reaction time of less than 1μs ensures a safe operation of systems. 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 ±120A full scale range. All negative effects (saturation, hysteresis) commonly known from sensors using flux concentration techniques are avoided. The digitally assisted analog concept of TLE4971 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 up to 125°C. We offer two derivatives: TLE4971-A120N5-U-E0001 with 120A measurement range, UL certified device TLE4971-A120N5-E0001 with 120A measurement range Summary of Features Integrated current rail with typical 220μΩ insertion resistance enables ultra-low power loss SMD package with very small form factor, 8x8mm for easy integration and board area saving Single supply voltage, 3.1V to 3.5V Highly accurate, scalable, DC & AC current sensing Typical bandwidth of 210kHz Excellent stability of offset over temperature and lifetime High robustness to voltage slew rates up to 10V/ns Galvanic functional isolation up to 1150V peak VIORM. Partial discharge capability of at least 1200V. 4mm clearance and creepage. Differential sens...

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New items

ACHS-7195-000E, Broadcom

The Broadcom is a fully integrated Hall-effect based isolated linear current sensors which are designed for AC or DC current sensing in industrial, commercial, and communications systems. Ratiometric output from supply voltage Extremely stable output offset voltage Near-zero magnetic hysteresis

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New items

TLE4971A075N5UE0001XUMA1, Infineon

XENSIV™ - TLE4971-A075N5-E0001 high precision coreless current sensor with analog interface, UL certified device The Infineon XENSIV TLE4971-A075N5-E0001 is a new automotive qualified pre-programmed 75A current 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 two 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. All negative effects (saturation, hysteresis) commonly known from sensors using flux concentration techniques are avoided. The digitally assisted analog concept of TLE4971 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 up to 125°C. We offer two derivatives: TLE4971-A075N5-U-E0001 with 75A measurement range, UL certified device TLE4971-A075N5-E0001 with 75A measurement range Summary of Features Integrated current rail with typical 220μΩ insertion resistance enables ultra-low power loss SMD package with very small form factor, 8x8mm for easy integration and board area saving Single supply voltage, 3.1V to 3.5V Highly accurate, scalable, DC & AC current sensing Typical bandwidth of 210kHz Excellent stability of offset over temperature and lifetime High robustness to voltage slew rates up to 10V/ns Galvanic functional isolation up to 1150V peak VIORM. Partial discharge capability of at least 1200V. 4mm clearance and creepage. Differential sensor principle ensures superior magnetic...

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