AH910 is a high-performance single ended output linear current sensor that can more effectively measure AC or DC currents, and can be widely used in industrial, consumer, and communication devices. The AH910 series internally integrates a high-precision, low-noise linear Hall circuit and a low impedance main current loop wire. When the sampling current flows through the main current loop, the magnetic field generated by it induces corresponding electrical signals on the Hall circuit. After the signal processing circuit outputs a voltage signal, the product output is strictly proportional to the measured current value. The linear Hall circuit is produced using advanced BCDMOS process, which includes high sensitivity Hall sensors, Hall signal preamplifiers, high-precision Hall temperature compensation units, oscillators, dynamic offset elimination circuits, and amplifier output modules. In the absence of a magnetic field, the static output of the current sensor is a fixed voltage of 2.5V or 50% VCC. Under the power supply voltage of 5V, the static output of the sensor can vary linearly with the magnetic field between 0.2 and 4.8V, with a linearity of up to 0.4%. The dynamic imbalance elimination circuit integrated inside the AH910 ensures that the sensitivity of the sensor is not affected by external pressure and IC packaging stress. AH910 provides SOP8 packaging, with a working temperature range of -40~150 ℃ and complies with RoHS standards.