Linear, Compass (ICs)
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Linear hall effect sensor Hallwee HAL4395SO5 providing proportional output voltage to magnetic field strength
HAL4395 Single-Pole Induction Linear Hall Sensor The HAL4395 is an improved linear Hall-effect sensor circuit that operates based on the magnetic field of a permanent magnet or electromagnet. Its output voltage changes proportionally to the magnetic field strength, with sensitivity directly proportional to the supply voltage. This circuit features a high-impedance signal output, eliminating the need for isolation chips in parallel applications like magnetic keyboards, meeting
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Linear Hall effect sensor Hallwee HAL403SO featuring thin film resistor technology and low noise output for enhanced accuracy
Product OverviewThe HAL403 is a compact, general-purpose linear Hall effect sensor. Its output signal level is proportional to the magnetic field strength applied to its sensitive face. At zero magnetic field, the output voltage is half of the supply voltage. With an N pole on the marked face (TO/SW package), the output voltage increases linearly with magnetic field strength; conversely, an N pole on the SO package causes the output voltage to decrease linearly with
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Industrial Sensor Module EG Micro EG49 Precision Measurement Device Suitable for Automation Systems
2204081930_EG-Micro-EG49_C2987461.pdf
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linear Hall effect sensor Hallwee HAL9303RSW with temperature stable thin film resistors and rail to rail output
Product OverviewThe HAL9303R is a small, general-purpose, linear Hall effect sensor. Its output signal level is proportional to the magnetic field strength applied to the device's sensitive face. At zero magnetic field, the output voltage is half the supply voltage. An 'S' pole on the marked face (TO/SW package) causes the output voltage to increase linearly with magnetic field strength, while an 'N' pole causes it to decrease linearly. It features low-noise output,
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Linear Hall effect sensor Hallwee HAL9303SO featuring thin film resistors and stable output voltage
Product DescriptionThe HAL9303 is a small, general-purpose, linear Hall effect sensor. Its output signal level is proportional to the magnetic field strength applied to the device's sensitive face. At zero magnetic field, the output voltage is half of the supply voltage. When an S pole appears on the marked face (TO/SW package), the output voltage increases linearly with magnetic field strength. Conversely, an N pole causes the output voltage to decrease linearly with
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Temperature compensated magnetic sensor GoChip Elec Tech Shanghai GH1496BSY with ratiometric output voltage
Product Overview The GH149X series linear Hall effect sensors from GOCHIP ELECTRONICS TECHNOLOGY (Shanghai) CO., LTD. are designed for precise magnetic field detection. Featuring integrated Hall circuitry with temperature compensation and resistance correction, these sensors offer enhanced temperature stability and accuracy across a wide operating temperature range of -40 to +150. They provide a ratiometric output proportional to both supply voltage and magnetic field
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Magnetic Field Sensing Linear Hall Sensor GoChip Elec Tech Shanghai GH1495ALSY with Enhanced Accuracy
Linear Hall Sensor - GH149X Series Product Overview The GH149X series linear Hall effect sensors from GOCHIP ELECTRONICS TECHNOLOGY (Shanghai) CO., LTD. are designed for a wide range of consumer and industrial electronic applications. These sensors offer precise and temperature-compensated magnetic field detection with a ratiometric output proportional to both supply voltage and magnetic field strength. Featuring enhanced temperature stability, high accuracy due to resistance
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Linear Hall Sensor with Integrated Resistance and Full Voltage Output GoChip Elec Tech Shanghai GH1496BUA
Linear Hall Sensor - GH149X Series Product Overview The GH149X series linear Hall effect sensors from GOCHIP ELECTRONICS TECHNOLOGY (Shanghai) CO., LTD. are designed for precise magnetic field detection. Featuring integrated resistance correction for accurate sensitivity and temperature compensation, these sensors offer full voltage range (Rail-to-Rail) output for enhanced signal efficiency and higher accuracy. They are suitable for a wide operating temperature range of -40
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Linear Hall Effect Sensor IC Hallwee HAL4901SO with Low Noise Output and Wide Operating Voltage Range
Product DescriptionThe HAL490X is a linear Hall-effect sensor IC designed for a wide range of applications. It integrates a Hall sensor, a linear amplifier, and a Totem-Pole output stage, offering low-noise output that eliminates the need for external filtering. This sensor provides enhanced temperature stability and accuracy, with a broad operating temperature range of -40 to +125, making it suitable for commercial, consumer, and industrial environments. Its high sensitivity
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Linear Hall Effect Sensor Hallwee HAL4901UA with Low Noise Output and Wide Operating Voltage Range
HAL490X CMOS Ratio-Metric Linear Hall Effect IC The HAL490X is a linear Hall-effect sensor integrating a Hall sensor, linear amplifier, and Totem-Pole output stage. It offers low-noise output, eliminating the need for external filtering, and provides enhanced temperature stability and accuracy. With a wide operating temperature range of -40 to +125, it is suitable for commercial, consumer, and industrial applications. The sensor's high sensitivity accurately tracks subtle
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Automotive Hall Effect Latch IC DIODES AH3764Q-W-7 with Open Drain Output and Overcurrent Protection
Product OverviewThe AH3764Q is a high-voltage, high-sensitivity automotive Hall-Effect latch IC designed for applications such as brushless DC-motor commutation, speed measurement, and angular or linear encoders. It operates over a wide supply range of 3.0V to 28V and features chopper stabilization for excellent temperature stability and minimal switch point drift. The device includes robust protection mechanisms like a reverse blocking diode and Zener clamps on supply and
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Linear Hall Effect Sensor GoChip Elec Tech Shanghai GH1321LUA with Wide Operating Temperature Range
Product Overview The GH132X series are linear Hall effect sensors designed for consumer and industrial electronic products. These sensors offer precise sensitivity and temperature compensation through internal corrected resistors, operating across a wide temperature range of -40 to +150. They provide proportional output voltage that varies with magnetic field strength, featuring rail-to-rail output for enhanced signal efficiency and accuracy. The GH132X series is suitable for
