Linear, Compass (ICs)
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Contactless 360 degree angular measurement sensor AMS AS5116-HSOT with differential sine cosine analog output signals
Product OverviewThe AS5116 is a contactless magnetic position sensor designed for precise 360 angular measurement. Utilizing Hall sensor technology, it offers a robust solution for detecting the orthogonal magnetic flux density (Bz) during full-turn rotation. It requires a simple two-pole magnet rotating over the device, which can be positioned above or below. The sensor provides absolute angle measurement with instant indication of the magnet's position through buffered
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Automotive qualified AMS AS5116-HSOM sensor providing absolute angle measurement with low output noise
Product OverviewThe AS5116 is a contactless magnetic position sensor designed for precise 360 angular measurement. Utilizing Hall sensor technology, it accurately measures the orthogonal component of the magnetic flux density (Bz) during full-turn rotation. This device requires a simple two-pole magnet rotating over its center, which can be positioned above or below the sensor. The AS5116 provides an absolute angle measurement with instant indication of the magnet's angular
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ALS31300EEJALU 2000 three axis linear Hall effect sensor IC with flexible addressing via 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 features a joystick mode with a low-gain option for the Z-axis, enabling the use of back-bias magnets for return-to-zero force. With its advanced
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Precision linear Hall effect sensor IC Allegro A1319LLHLT-5-T with temperature stability and non volatile memory
Product Overview The Allegro A1318 and A1319 are high-accuracy, temperature-stable linear Hall-effect sensor ICs designed for applications requiring precise displacement and angular position sensing. These devices feature non-volatile memory for end-of-line optimization of sensitivity and quiescent voltage output (QVO), ensuring sustained performance across an extended operating temperature range of 40C to 150C. Available in miniature surface-mount (SOT-23W) and through-hole
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Magnetic Field Sensor ALLEGRO A1302ELHLT-T Linear Hall Effect IC with High Precision Voltage Output
Product Overview The Allegro A1301 and A1302 are continuous-time, ratiometric, linear Hall-effect sensor ICs designed to provide a voltage output proportional to an applied magnetic field. Optimized for accuracy, these devices feature a quiescent output voltage that is 50% of the supply voltage and offer two output sensitivity options: 2.5 mV/G for the A1301 and 1.3 mV/G for the A1302. Integrated Hall circuit, linear amplifier, and CMOS Class A output structure minimize
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Allegro a31301eejasr xyz ic 06 hall effect sensor ic designed for precise angle calculation in user defined planes
Product Overview The A31301 is a flexible three-axis Hall-effect sensor IC designed for precise magnetic flux density measurement across one, two, or three axes, and for calculating angles in user-defined planes. Available in three field configurations (600 G, 1400 G, 2000 G) and preconfigured for SPI or I2C interfaces, it offers customer-programmable magnetic temperature coefficients with a factory default for neodymium magnets. Supporting high-speed SPI (up to 10 MHz) and
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Quadrature output dual hall effect latch ic ALLEGRO APS12626LLHALT-AFP for electronic power steering
Product Overview The APS12625 and APS12626 are dual ultrasensitive Hall-effect latches designed for high-performance motor and encoder applications. These ICs feature integrated vertical and planar Hall elements, providing 2D magnetic sensing capabilities with inherent 90 phase separation independent of magnet pole spacing or air gap. This flexibility eliminates the need for target optimization, simplifying integration. The APS12625 offers Speed and Direction outputs, while
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ALLEGRO ALS31313KLEATR 2000 3D Hall Effect Sensor for Joystick Mode and Back Bias Magnet Integration
Product Overview The Allegro MicroSystems ALS31313 is an automotive-grade, 3D linear Hall-effect sensor IC designed for precise magnetic field measurement across X, Y, and Z axes. It provides a 12-bit digital output proportional to the magnetic field, making it ideal for 3D sensing applications such as head-on linear motion, slide-by position sensing, and rotation angle measurements. The sensor supports a joystick mode with a low-gain Z-axis option for back-bias magnet
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Three axis hall effect sensor ic ALS31300EEJASR 2000 with joystick mode and back bias magnet support
Product Overview The ALS31300 is a three-axis linear Hall-effect sensor IC that provides a 12-bit digital output corresponding to the magnetic field measured 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 sensor also features a joystick mode with a low-gain option for the Z-axis, enabling the use of back-bias magnets for return-to-zero force. With
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Linear Hall effect current sensor Allegro A1363LLUTR-1-T with ratiometric voltage output and 8 pin TSSOP package
Product Overview The Allegro A1363 is a high-accuracy, high-resolution programmable linear Hall-effect current sensor IC designed for demanding applications such as HEV inverters, DC-to-DC converters, and electric power steering (EPS). It features proprietary linearly interpolated temperature compensation technology for virtually flat sensitivity and offset across the operating temperature range, achieved through digital compensation without sacrificing analog signal path
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Temperature compensated linear Hall effect current sensor Allegro A1363LLUTR-2-T with programmed sensitivity and offset
Product Overview The Allegro A1363 is a low-noise, high-precision, programmable linear Hall-effect current sensor IC designed for high accuracy and resolution without compromising bandwidth. It features proprietary linearly interpolated temperature compensation technology, programmed at the factory, ensuring virtually flat sensitivity and offset across the operating temperature range. This ratiometric sensor IC provides a voltage output proportional to the applied magnetic
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Two wire Hall effect sensor IC Allegro A1357LKB-T with PWM current output and integrated high gain amplifier
Product Overview The Allegro A1357 is a high-precision, programmable two-wire Hall-effect linear sensor IC featuring a Pulse Width Modulated (PWM) current output. It converts analog signals from its internal Hall sensor element into a digitally encoded PWM signal, offering superior noise and EMC immunity compared to analog outputs. The device integrates a Hall element, precision temperature-compensating circuitry, a high-gain amplifier, dynamic offset cancellation circuits,
