Linear, Compass (ICs)
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Bipolar latching Hall IC sensor EG Micro EG41A designed for brushless DC motor and mechatronic systems
EG41 Bipolar Latching Hall ICThe EG41 is a bipolar latching Hall effect sensor IC designed for brushless DC motor applications. It integrates a Hall sensor, voltage regulator, differential amplifier, Schmitt trigger, and an open-collector output stage. This device offers fast response, high sensitivity, and a wide operating temperature range (-40 to 150) and supply voltage range (4V to 35V). It features reverse voltage protection and a maximum sink current capability of 40mA,
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GoChip Elec Tech Shanghai GH49FEUA C compact Linear Hall Effect Sensor IC with TO 92S SIP 3L package type
Product Overview The GH49F is a compact, ratio-metric Linear Hall Effect Sensor IC designed for operation with permanent magnets or electromagnets. It provides an output voltage proportional to the magnetic field strength, with integrated circuitry minimizing the need for external filtering due to its low-noise output. Precision resistors enhance temperature stability and accuracy. With an operating temperature range of -40C to 85C, it is suitable for commercial, consumer,
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Linear Hall effect sensor chip GoChip Elec Tech Shanghai GH3562 with user defined power saving modes
Product Overview The Shanghai Gochi Microelectronics GH3562 is a low-voltage, low-power linear Hall effect sensor chip designed for consumer and industrial electronic products. It offers adjustable sensitivity and features a user-defined wake-up/sleep mode to significantly reduce overall power consumption. The sensor operates within a wide voltage range and provides a static output voltage of VCC/2. Its ENABLE pin controls the transition between active and sleep states, with
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Hall Effect Device DIODES AH49FZ3-G1 Featuring Magnetic Field Sensitivity and Temperature Stability
Product OverviewThe AH49F is a versatile linear Hall-effect device operated by magnetic fields. Its output voltage varies proportionally to the magnetic field strength, set by the supply voltage. Featuring low-noise output that eliminates the need for external filtering and precision resistors for enhanced temperature stability and accuracy, it operates within a -40C to +105C temperature range, suitable for commercial, consumer, and industrial applications. Available in TO92S
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High voltage hall effect latch ic optimized for motor commutation featuring diodes ah3774 p a sensor
AH3774 High-Voltage High-Sensitivity Hall Effect LatchThe AH3774 is a high-voltage, high-sensitivity Hall Effect Latch IC designed for applications such as brushless DC motor commutation, flow meters, linear encoders, and position sensors in industrial and consumer home appliances. Optimized for a wide supply range of 3.0V to 28V, it features a chopper-stabilized architecture and an internal bandgap regulator for temperature-compensated performance. The device includes robust
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Hall effect sensor IC EG Micro EG41 with integrated voltage regulator and reverse voltage protection
OverviewThe EG41 is a bipolar latching Hall effect sensor IC designed for brushless DC motors. It integrates a Hall sensor, voltage regulator, differential amplifier, Schmitt trigger, and an open-collector output stage. The EG41 offers fast response, high sensitivity, a wide operating temperature range (-40 to 150), and a broad power supply voltage range (4V to 35V). It features reverse voltage protection and a maximum sink current capability of 40mA, making it suitable for
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High voltage hall effect latch ic diodes ah3781 p b suitable for brushless dc motor and flow meters
Product OverviewThe AH3781 is a high-voltage, high-sensitivity Hall Effect latch IC with an internal pull-up resistor. It is designed for applications such as brushless DC motor commutation, flow meters, linear encoders, and position sensors in industrial, consumer home appliance, and personal care sectors. Optimized for a wide supply range of 3.0V to 28V, it features a chopper-stabilized architecture and internal bandgap regulator for temperature-compensated performance. The
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Magnetic Field Sensor DIODES AH49FNTR-G1 Featuring Precision Resistors and Wide Operating Temperature
Product OverviewThe AH49F is a versatile linear Hall-effect device operated by magnetic fields. Its output voltage varies proportionally to the magnetic field strength, set by the supply voltage. Featuring low-noise integrated circuitry, it eliminates the need for external filtering. Precision resistors enhance temperature stability and accuracy. It operates within a -40C to +105C temperature range, suitable for commercial, consumer, and industrial applications. Available in
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Linear Hall Effect Sensor DIODES AH49ENTR-G1 with Low Noise Output and Wide Temperature Range
Product OverviewThe AH49E is a versatile linear Hall-effect integrated circuit operated by magnetic fields. Its output voltage is proportional to the magnetic field strength, offering low noise output that minimizes the need for external filtering. With precision resistors for enhanced temperature stability and accuracy, it operates within a -40C to 85C temperature range, suitable for commercial, consumer, and industrial applications. Available in TO-92S and SOT-23-3 packages
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Compact DIODES AH8501-FDC-7 Linear Hall Effect Sensor with Ratiometric Output and Low Supply Current
Product OverviewThe AH8501 is a high-accuracy, low-power linear Hall effect sensor featuring an 8-bit output resolution. Its output voltage is ratiometric to the supply voltage and proportional to magnetic flux density. Designed for a wide range of applications from battery-powered consumer electronics to industrial equipment, it operates from 1.6V to 3.6V and utilizes an externally controlled ENABLE pin for power-saving clocking. The device offers a typical sensitivity of 2
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Temperature stable Hall effect sensor Hallwee HAL9303RSO with linear voltage output and performance in industry
Product OverviewThe HAL9303R is a compact, general-purpose linear Hall effect sensor. Its output signal level is proportional to the magnetic field strength applied to its sensitive surface. At zero magnetic field, the output voltage is half of the supply voltage. When an S pole is applied to 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 increasing
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Hall effect latch ic diodes ah3774-sa-7 with chopper stabilized design and over current output limit
Product OverviewThe AH3774 is a high-voltage, high-sensitivity Hall Effect Latch IC designed for reliable commutation in brushless DC motors, flow meters, linear encoders, and position sensors. It is optimized for industrial and consumer home appliance applications, operating over a wide supply range of 3.0V to 28V. The device features a chopper-stabilized architecture and an internal bandgap regulator for temperature-compensated performance, ensuring a reliable solution
