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Arduino Interface AC/DC Hall Effect Current Sensor Using ACS758. Peak 3KVAC, 500VDC. -50A-TO 50A [HKD AC/DC CURRENT SENSOR MOD 50A]
Arduino Interface AC/DC Hall Effect Current Sensor Using ACS758. Peak 3KVAC, 500VDC. -50A-TO 50A [HKD AC/DC CURRENT SENSOR MOD 50A] Arduino Interface AC/DC Hall Effect Current Sensor Using ACS758. Peak 3KVAC, 500VDC. -50A-TO 50A [HKD AC/DC CURRENT SENSOR MOD 50A] Arduino Interface AC/DC Hall Effect Current Sensor Using ACS758. Peak 3KVAC, 500VDC. -50A-TO 50A [HKD AC/DC CURRENT SENSOR MOD 50A] Arduino Interface AC/DC Hall Effect Current Sensor Using ACS758. Peak 3KVAC, 500VDC. -50A-TO 50A [HKD AC/DC CURRENT SENSOR MOD 50A]

AC/DC Hall Effect Current Sensor

Arduino Interface / AC/DC / Hall Effect Current Sensor
Arduino Interface AC/DC Hall Effect Current Sensor Using ACS758. Peak 3KVAC, 500VDC. -50A-TO 50A
Part No: HKD AC/DC CURRENT SENSOR MOD 50A
169.00 ZAR
inc
for 1 Each
Specifications, Prices & Availability may change without notice. Images are for illustration purposes only. E&OE

Features

  • Industry-leading noise performance through proprietary amplifier and filter design techniques
  • Integrated shield greatly reduces capacitive coupling from current conductor to die due to high dV/dt signals, and prevents offset drift in high-side, high voltage applications
  • Total output error improvement through gain and offset trim over temperature
  • Small package size, with easy mounting capability
  • Monolithic Hall IC for high reliability
  • Ultra-low power loss: 100 μΩ internal conductor resistance
  • Galvanic isolation allows use in economical, high-side current sensing in high voltage systems

Specifications

Electrical characteristics (X050):

  • Operating voltage: 3V - 5 V
  • Static output voltage: VCC/2
  • Operating current: 13.5 mA (MAX)
  • Storage temperature range: -65 °C – 165 °C
  • Maximum output current (VIOUT-GND): 3 mA
  • Internal bandwidth: 120 KHz
  • Detection current range (A): ±50
  • Linearity (mV/A): 40
  • Working temperature (°C): -40 to 150
  • Module size: 37mm x 18mm
  • Module weight: 8.8 g
  • The relationship between voltage output and current input:

    VOUT = VOUT(Q) + Vsens x I VOUT(Q) is the quiescent output voltage, which is VCC/2, which is the output voltage when there is no input. Vsens is a sensor-sensitive scale, also known as a coefficient. I is the current flowing from IP+ to IP-.

    For example, suppose the sensor model is 050B, VCC is 5V, and I current is 10A, then the output is 5V / 2+40mV/A x10A=2.9V.

    Package included:

  • 1 x Linear Current Sensor Hall Current Module

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