A1302KLHLT-T Sensors, Transducers

A1302KLHLT-T magnetic sensor is a type of linear magnetic sensor ICs that measure the direction and magnitude of magnetic field strength. The device is designed for easy integration into a wide range of applications and is optimized to meet the needs of customers who require linear magnetic sensing in applications such as automotive, industrial, consumer, medical, and energy.

Manufactured by Allegro Micro Systems, the A1302KLHLT-T has a small size and low power consumption that allows it to be used in a variety of applications, such as motor control, position sensing, and navigational systems. Its features include superior sensitivity, low noise, and a wide dynamic range.

The A1302KLHLT-T utilizes a linear Hall effect technology that enables it to measure linear magnetic fields with high accuracy and resolution. The device includes two sense pins that measure the strength of the magnetic field, and a single output pin that is used to indicate the output angle. The device features a low offset voltage and wide gain bandwidth that make it suitable for applications requiring fast magneto-electric response.

The working principle of the A1302KLHLT-T is based on the Hall effect phenomenon. When a magnetic field is applied to the sense pins of the device, an electric current is generated, which is then converted into a voltage. The output voltage of the device is proportional to the magnitude and direction of the applied magnetic field.

The A1302KLHLT-T is ideal for applications such as automotive electronic power steering, motor control, angular position sensing, and navigational systems. This device can be used to measure angular position, magnetic navigation, magnetic field detection, implement mechanical shutters, or electromagnetic control. The accuracy and resolution of the device make it suitable for applications requiring accurate and reliable performance.

The A1302KLHLT-T enables customers to maximize the performance of their products by providing an easy solution for magnetic sensing. With its competitive price, superior performance, and low power consumption, it offers an excellent solution for applications requiring linear magnetic sensing.