The ACS758 consists of a precision, low-offset linear Hall sensor circuit with a copper current path close to the product. The current applied through the copper current path is capable of generating a magnetic field that can be induced by the integrated Hall IC and converted to a proportional voltage.
Device accuracy is optimized by placing the magnetic signal close to the Hall sensor. The accurate, high-precision output voltage is provided by a stable chopper-type, low-bias BICMOS IC that has been programmed for accuracy.
The internal resistance of the read conduction path is typically 100 Q with low power loss. The thickness of the copper wire runs under high overcurrent conditions.
The terminals of the conduction path and the sensor pins (pins 1 to 3) are electrically blasted. In this way, the ACS758 sensor 1C series can be used in applications that require electrical insulation but use opto-insulators or complex insulation techniques.
The ACS758 device is fully calibrated prior to shipment from the factory. The ACS758 series is a lead-free product. All pins are plated with fog and no lead is present in the package.

working voltage: 3V-5V (MAN SV)
static output voltage: VCCi2
Working current: 135m2A (MAX)
storage temperature range: -65℃- 165℃
the maximum output current (VIOUT-GND): 3mA
internal bandwidth: 120 KHz
size:55 x 21 x 15mm
Material:ABS
colour:purple

Package Contents:
2 x ACS758 Current Module