XBLW GT712LBDTR-05B

GT712 is a high-performance Hall effect current sensor that can more effectively measure AC (alternating current) or DC (direct current) current, and is widely used in industrial, consumer, and communication equipment. The GT712 series internally integrates a highly accurate and low-noise linear Hall circuit and a low-impedance main current loop conductor. When the sampled current flows through the main current loop, the magnetic field it generates induces a corresponding electrical signal on the Hall circuit, which is then processed by the signal processing circuit to output a voltage signal, making the product output strictly proportional to the measured current value. The linear Hall circuit is manufactured using advanced BCDMOS process, which includes a high sensitivity Hall sensor, a preamplifier for the Hall signal, a high precision Hall temperature compensation unit, an oscillator, a dynamic offset elimination circuit, and an output module for the amplifier. In the absence of a magnetic field, the static output of the current sensor is 50% VCC. Under a power supply voltage of 5V, the sensor's static output can linearly change between 0.2~4.8V With the magnetic field, with a linearity of up to 0.4%. The dynamic offset elimination circuit integrated inside the GT712 ensures that the sensitivity of the sensor is not affected by external pressure and IC packaging stress. The GT712 is available in SOP8 package, with an operating temperature range of -40~150℃, and complies with RoHS standards.

• Working voltage: 4.5V~5.5V
• Static common mode output point: 50% Vcc
• Wide measuring range: 5A/20A/30A
• Isolation voltage: 2500V
• High bandwidth: 120kHz
• Output response time: 4μs (typical value)
• Stability within operating range: 1.5% @ 25℃~150℃；1% @ -40℃~25℃
• Low-noise analog signal path
• Strong anti-interference ability
• Strong resistance to mechanical stress, magnetic field parameters are not shifted by external pressure
• ESD (HBM): 5kV
• Operating temperature: -40℃~150℃
• RoHS certified: (EU) 2015 / 863
• Proportional output, bidirectional current

• Inverter current detection
• Motor phase current detection (motor control)
• Photovoltaic inverter
• Battery Load Testing System
• Current Transformer
• Switching Power Supply Overload Protection Device