ACS758LCB Current Sensor Module

The ACS758LCB Current Sensor Module is a high-precision and versatile sensor that offers accurate and reliable current measurement. With its advanced technology and compatibility with various microcontrollers, this module is suitable for a wide range of applications. It also has a compact and durable design, making it suitable for both indoor and outdoor use.

Equipped with a Hall-effect sensor and a user-friendly interface, the ACS758LCB Current Sensor Module can measure currents up to 50A with an accuracy of 1.5%. It also has a variety of output modes, making it easy to integrate into your projects. With its affordable price and practical functionality, this sensor module is a top choice for hobbyists and professionals in need of a reliable and versatile current measurement solution. Upgrade to the ACS758LCB Current Sensor Module and bring accurate current measurement to your projects.

Specification of ACS758LCB Current Sensor Module:

• Working voltage: 3V - 5 V (MAX 8 V)
• Static output voltage: VCC/2
• Working current: 13.5 mA (MAX)
• Storage temperature range: -65 °C – 165 °C
• The maximum output current (VIOUT-GND): 3 mA
• Internal bandwidth: 120 KHz
• Module size: 37mm X 18mm
• Module weight: 8.8 g

Features of ACS758LCB Current Sensor Module:

• Industry-leading noise performance through patented amplifier and filter design processes
• Integrated shielding significantly reduces current conductor-to-wafer capacitive coupling due to high dV/dt signals and prevents bias drift in high-end, high-voltage applications.
• Improve total output error rate by temperature gain and offset adjustment
• Small package size for easy installation
• High reliability monolithic Hall IC
• Ultra low power loss: internal conduction resistance 100 μΩ
• Insulation design enables economical high-end current sensing in high voltage systems
• Meets AEC Q-100 standards
• 3.0 to 5.5V, single supply operation
• 120 kHz typical bandwidth
• Corresponding to the step input current, the output rise time is 3 μs
• Output voltage is proportional to AC or DC current
• Calibrated at the factory to ensure accuracy
• Extremely stable output offset voltage
• Near zero hysteresis