AH49E Linear Hall Effect Sensor IC (Analog Magnetic Sensor)

The AH49E Linear Hall Effect Sensor is a semiconductor device designed to detect magnetic fields and produce an analog voltage output that varies with the applied magnetic field. It is suitable for magnetic position sensing, proximity detection and motion measurement applications. The sensor provides a ratiometric output, meaning its output voltage characteristics vary with the supply voltage.

The AH49E can respond to changes in magnetic field strength and polarity, making it useful in electronic measurement and control circuits. Verify the exact electrical specifications and package variant against the manufacturer's datasheet before circuit integration.

Key Features -

• Linear Hall effect magnetic field sensing

• Analog voltage output related to magnetic field strength

• Detects changes in magnetic field polarity

• Ratiometric output referenced to supply voltage

• Compact semiconductor package for PCB mounting

• Suitable for magnetic sensing and control applications

Specifications -

• Sensor Type: Linear Hall effect sensor

• Model: AH49E

• Output Type: Analog voltage

• Supply Voltage: 3.0V to 6.5V, subject to the exact manufacturer datasheet

• Output Current: Up to 10mA, subject to datasheet confirmation

• Operating Temperature: Negative 40 C to positive 85 C, subject to the supplied version

• Sensitivity: Depends on the specific manufacturer and device variant

• Package Type: TO 92 or SOT 23, depending on the supplied version

• Magnetic Response: Output varies with the applied magnetic field

Applications -

• Magnetic position sensing

• Speed and rotation detection

• Proximity detection using magnets

• Magnetic field measurement

• Motor control and automation

• Contactless movement detection

• Embedded electronics and instrumentation