Linear, Compass (ICs)
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Linear sensor ALLEGRO CT100LW-IS6 with 50 mT magnetic field range and low profile DFN package option
Product Overview The Allegro CT100 is a 1D linear sensor leveraging patented XtremeSense TMR technology, offering a full-bridge configuration. It provides precise magnetic field measurements across a range of 50 mT, with exceptional linearity of 0.5% within 20 mT. The sensor excels in temperature stability across its full operating range and supports a wide supply voltage from 1.0 V to 5.5 V. Available in compact SOT23 and low-profile DFN packages, as well as die form for
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High accuracy linear Hall effect current sensor ic Allegro ACS70310LKTATN-005B5-C ideal for automotive inverters
Product Overview The Allegro ACS70310/1 is a fully monolithic linear Hall-effect current sensor IC designed for high-accuracy current sensing in conjunction with a ferromagnetic core. It features a BiCMOS integrated circuitry and a Hall element sensitive to magnetic flux density orthogonal to the IC package surface. The output is an analog voltage proportional to the applied flux density. Factory-programmed segmented linear temperature compensation ensures 1% sensitivity and
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Programmable Linear Hall Effect Sensor Allegro A1366LKTTG-2-T for Accurate Current Sensing Solutions
Product Overview The Allegro A1366 is a factory-programmable linear Hall-effect current sensor IC designed for high accuracy and resolution in current sensing applications. It features proprietary linearly interpolated temperature compensation technology, ensuring virtually flat sensitivity and offset across the operating temperature range. This IC is ideal for demanding applications such as HEV inverters, DC-to-DC converters, and electric power steering (EPS). It offers a
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Current measurement solution ALLEGRO A1308LLHLX-2-T integrated sensor for electronic and automotive
2304140030_ALLEGRO-A1308LLHLX-2-T_C2152980.pdf
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magnetic field sensor ALLEGRO CT100LW-ID6 with wide supply voltage and industrial temperature support
Product Overview The CT100 is a 1D linear sensor from Allegro, built on their patented XtremeSense TMR technology. It offers a total magnetic field range of 50 mT to 50 mT, achieving a linearity error of 0.5% within the 20 mT to 20 mT range. The device is designed for unparalleled temperature stability across its full operating temperature range and supports a wide supply voltage from 1.0 V to 5.5 V. Available in compact 6-lead SOT23 and low-profile 6-lead DFN packages, the
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ALS31300EEJASR 1000 three axis linear Hall effect sensor IC with digital output and sleep current
Product Overview The Allegro MicroSystems ALS31300 is a 12-bit, three-axis linear Hall-effect sensor IC designed for 3D sensing applications. It provides a digital output proportional to the magnetic field along the X, Y, and Z axes, making it suitable for head-on linear motion, slide-by position sensing, and rotation angle measurements. The sensor features a configurable I2C interface, advanced low-power management with a typical sleep current of 14 nA, and multiple factory
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ALLEGRO ALS31300EEJALU JOY hall effect sensor ic featuring consumption and configurable i2c interface
Product Overview The ALS31300 is a three-axis linear Hall-effect sensor IC that provides a 12-bit digital output proportional to the magnetic field along the X, Y, and Z axes. It is preconfigured for 3D sensing applications including head-on linear motion, slide-by position sensing, and rotation angle measurements. The device also supports a joystick mode with a low-gain option for the Z-axis, enabling the use of back-bias magnets for return-to-zero force, eliminating the
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Linear Hall Sensor Allegro A1326LLHLT-T for Precise Angular Position Displacement and Current Sensing
Product Overview The Allegro A1324, A1325, and A1326 are linear Hall-effect sensor ICs designed for high-accuracy applications such as displacement, angular position, and current measurement. These temperature-stable devices offer a voltage output proportional to the applied magnetic field, with a quiescent voltage output at 50% of the supply voltage. Available in miniature surface mount (SOT23W) and ultra-mini through-hole (SIP) packages, they are ideal for automotive and
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Surface Mount Linear Hall Effect Sensor Allegro A1318LLHLX-1-T with Precise Magnetic Field Voltage Output
Product Overview The Allegro A1318 and A1319 are linear Hall-effect sensor ICs designed for high-accuracy displacement and angular position sensing. These temperature-stable devices feature non-volatile memory for optimizing sensitivity and quiescent voltage output (QVO), ensuring sustained performance across a wide operating temperature range of 40C to 150C. They offer a ratiometric voltage output proportional to the applied magnetic field, with QVO adjusted around 50% of
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Automotive grade dual hall effect latch ALLEGRO APS12625LLHALT-AAP with 2.8 to 5.5 volt operating voltage
Product Overview The APS12625 and APS12626 are dual ultrasensitive Hall-effect latches designed for applications requiring precise speed and direction sensing, particularly with ring magnets. These ICs feature integrated vertical and planar Hall elements, providing 90 phase separation inherently independent of magnet pole spacing and air gap, eliminating the need for target optimization. They offer flexibility with XY, ZX, and ZY sensing axis options for various orientations.
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Automotive current sensor Allegro ACS70311LKTATN-005B5-C with lead free plating and AEC Q100 Grade 0 certification
Product Overview The Allegro ACS70310/1 is a highly precise, programmable linear Hall-effect sensor IC designed for core-based current sensing applications. It integrates a Hall element with BiCMOS circuitry for a fully monolithic solution, offering an analog voltage output proportional to magnetic flux density. With factory-programmed temperature compensation, it achieves 1% sensitivity error and 5 mV offset error from -40C to 150C. The ACS70311 variant adds undervoltage
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Temperature Compensated Linear Hall Effect Sensor ALLEGRO A1325LLHLT-T for Accurate Magnetic Field Sensing
Product Overview The Allegro A1324, A1325, and A1326 are linear Hall-effect sensor ICs designed for high-accuracy applications such as displacement, angular position, and current measurement. These temperature-stable devices feature a miniature surface mount package (SOT23W) and an ultra-mini through-hole single in-line package. They provide a ratiometric voltage output proportional to the applied magnetic field, with a quiescent voltage output of 50% of the supply voltage.
