WSH136 Linear Hall Effect Sensor IC (Analog Magnetic Field Sensor IC)

The WSH136 Linear Hall Effect Sensor IC is a high-sensitivity analog magnetic field sensor designed to detect the strength and polarity of magnetic fields. It provides a linear analog voltage output proportional to the applied magnetic field, making it ideal for position sensing, current measurement, speed detection, proximity sensing, and industrial control applications. Featuring a wide operating voltage range, built-in temperature compensation, and low power consumption, the WSH136 delivers stable and reliable performance across demanding environments.

Key Features -

• Linear analog Hall Effect magnetic field sensor

• Wide operating voltage from 3.0V to 12V

• High sensitivity of 3.0mV/Gauss

• Flat frequency response up to 23kHz

• Wide magnetic field sensing range

• Built-in temperature compensation circuit

• Low operating current of approximately 3mA

• Wide operating temperature range

• Suitable for high-speed magnetic field detection

• Available in TO-92S and SOT-23 package options

Specifications -

• Product Type - Linear Hall Effect Sensor IC

• Model - WSH136

• Sensor Type - Analog Linear Hall Effect Sensor

• Operating Voltage - 3.0V to 12V DC

• Operating Current - Approximately 3mA

• Sensitivity - 3.0mV/Gauss

• Frequency Response - Up to 23kHz

• Magnetic Field Range (at 5V Supply) - ±600 Gauss

• Magnetic Field Range (at 12V Supply) - ±1500 Gauss

• Operating Temperature - -40°C to +125°C

• Temperature Compensation - Built-in

• Available Packages - TO-92S / SOT-23

Applications -

• Magnetic field measurement

• Position sensing

• Proximity detection

• Rotary encoder systems

• Brushless Direct Current motor control

• Current sensing

• Speed detection

• Industrial automation

• Robotics

• Consumer electronic devices