Compass, Magnetic Field (Modules)
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Robust digital SENT output Hall sensor Infineon TLE4998S8XUMA1 for automotive and industrial sensing
Product OverviewThe TLE4998S8(D) is a high-performance programmable single/dual linear Hall sensor designed for highly accurate angle and position detection. It integrates two individual linear Hall sensor ICs with a digital SENT output signal (SAE J2716), featuring 20-bit digital signal processing, digital temperature and stress compensation, and 16-bit overall resolution. The device offers minimal drift over temperature and lifetime, with programmable parameters stored in
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Wide Operating Voltage Hall Effect Sensor Infineon TLE4961-1K for Automotive and Industrial Environments
Product Overview The TLE4961-1K is a high-precision automotive Hall effect latch designed for demanding applications requiring superior supply voltage capability, an extended operating temperature range (-40C to 170C), and stable magnetic thresholds. With a wide operating supply voltage from 3.0 V to 32 V and overvoltage capability up to 42 V without an external resistor, it is ideal for automotive and industrial environments. Its latching magnetic behavior and precise
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Bipolar Hall latch sensor Infineon TLE49631MXTSA1 offering performance in space constrained designs
Product Overview The TLE4963-1M is a high-precision, bipolar Hall effect latch sensor designed for demanding automotive applications operating at temperatures up to 170C. Featuring a wide operating supply voltage range of 3.0 V to 5.5 V, active error compensation, and stable magnetic thresholds, this sensor offers reliable performance in index counting, power closing, window lifter systems, and brushless DC motor commutation. Its compact PG-SOT23-3-15 SMD package and 4 kV ESD
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Stable Switching Threshold Infineon TLE4906-2K Unipolar Hall Switch for Automotive Position Detection
Product Overview The TLE4906-2K is a high-precision, unipolar Hall-effect switch designed for demanding automotive applications requiring accurate position sensing. It features highly accurate switching thresholds that remain stable across operating temperatures up to 150C. The device operates from an unregulated power supply, offers high sensitivity and stability of magnetic switching points, and is robust against mechanical stress due to its Active Error Compensation
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Robust Hall Effect Switch Infineon TLV4906K Featuring Wide Operating Voltage and Enhanced Stability
Infineon TLV4906K: Value Optimized Hall Effect Switch Product Overview The Infineon TLV4906K is a high-precision Hall Effect Switch designed for industrial and consumer applications requiring accurate position sensing. It features highly accurate switching thresholds, superior temperature stability, and high resistance to mechanical stress due to active error compensation and chopper techniques. With a wide operating voltage range and reverse battery protection, the TLV4906K
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Rotation Direction Detection Sensor Infineon TLE4953E0184HALA1 Differential Two Wire Hall Effect IC
Product Overview The TLE4953C E0184 and TLE4953 E0184 are differential two-wire Hall Effect sensor ICs designed for detecting rotation direction. These single-chip solutions offer improved airgap performance, dynamic self-calibration, and adaptive hysteresis, making them suitable for applications requiring detection from 0 speed up to 4.5kHz. They are designed for coarse transmission target wheels and are highly resistant to piezo effects, operating across a wide temperature
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Micro Power Hall Sensor Infineon TLE4917HTSA1 Digital Output Omnipolar Magnetic Switching Device
Product Overview The TLE 4917 is a micro-power Integrated Hall-Effect Sensor designed for low-power devices, featuring a wide operating voltage range of 2.4 V to 5.5 V. It offers high sensitivity and stability of magnetic switching points, along with robust resistance to mechanical stress. The sensor provides a digital output signal and is omnipolar, meaning it can be switched by either the North or South pole of a magnet. A programming pin allows for customization of the
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Dynamic differential hall effect sensor ic Infineon TLE49215UHALA1 ideal for ferromagnetic toothed wheel detection
Product Overview The TLE4921-5U is a dynamic differential Hall Effect sensor IC designed for high-sensitivity and stable rotational speed detection and timing applications. It offers symmetrical thresholds and superior temperature stability, ensuring a consistent duty cycle. This sensor is ideal for detecting ferromagnetic toothed wheels in systems like anti-lock braking systems and transmissions. Its integrated circuit provides a digital output signal with a frequency
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High precision Hall effect latch Infineon TLE49462L with wide voltage range and temperature stability
TLE4946-2L High Precision Hall Effect Latch Product Overview The TLE4946-2L is a high-precision Hall effect latch designed for demanding applications requiring accurate switching thresholds, even at operating temperatures up to 150C. It features a wide supply voltage range of 2.7 V to 18 V, operation from unregulated power supplies, and high stability of magnetic switching points. The device offers superior temperature stability, low jitter, and high ESD performance. Its
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Automotive rotational speed sensor Infineon TLE4941PLUSC with fast response and low cut off frequency
Product Overview The Infineon TLE4941plusC is an advanced differential two-wire Hall Effect sensor IC designed for high-performance rotational speed sensing in automotive applications, particularly for vehicle dynamics control systems and Anti-Lock Braking Systems (ABS). It features a two-wire current interface, dynamic self-calibration for accurate performance over a wide temperature range, and robustness against ESD and EMC. The sensor operates without external components,
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dual Hall sensor Infineon TLE49662GHTSA1 with active error compensation and wide supply voltage range
Product Overview The TLE4966-2G is a high-precision dual Hall-effect sensor designed for demanding applications requiring accurate magnetic switching points and excellent temperature stability. It features two independent speed outputs, active error compensation for robust performance against mechanical stress, and operation from unregulated power supplies. With a wide supply voltage range and superior temperature stability, this sensor is ideal for applications involving
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bipolar Hall effect latch sensor Infineon TLE49461L with active error compensation and digital output
Product Overview The TLE4946-1L is a high-precision bipolar Hall-effect latch sensor from Infineon Technologies, designed for applications requiring accurate magnetic switching points and high temperature stability. Utilizing active error compensation and chopper techniques, this sensor effectively mitigates offsets and mechanical stress influences, ensuring reliable performance. It operates over a wide supply voltage range and offers superior temperature stability, making it
