Current sensor DC -15.5-15.5A 100V max integrated ACS711 0-5V Arduino compatible
search
  • Current sensor DC -15.5-15.5A 100V max integrated ACS711 0-5V Arduino compatible

Current sensor DC -15.5-15.5A 100V max integrated ACS711 0-5V Arduino compatible

€4.52

Hall effect DC current sensor -15.5-15.5A max load voltage 100V integrated ACS715 voltage output 0-5V Arduino compatible power supply 3-5.5V DC.

Quantity
In Stock

 Customer ratings and reviews
Nobody has posted a review yet
  Secure payments

You can pay safely by Card, PayPal, Amazon Pay or Bank Transfer

  Delivery policy

Express shipments with DHL, BRT, GLS

  Return policy

You have 15 days from delivery to return the product if you are not satisfied

MANUALE

Sensore corrente DC ad effetto hall -15,5-15,5A tensione carico max 100V integrato ACS715 uscita in tensione 0-5V Arduino compatibile alimentazione 3-5,5V DC.

This current sensor is a carrier board or breakout board for Allegro’s ACS711KEXLT-15AB-T Hall effect-based linear current sensor with overcurrent fault output; we therefore recommend careful reading of the ACS711 datasheet (551k pdf) before using this product. This sensor has an operating voltage of 3 V to 5.5 V and an output sensitivity of 90 mV/A when Vcc is 3.3 V (or 136 mV/A when Vcc is 5 V).

The following list details some of the sensor’s key features:

Designed for bidirectional input current from -15.5 A to 15.5 A (though the robust sensor IC can tolerate 100 ms transient current spikes up to 100 A).

Conductive path internal resistance is typically 0.6 mΩ, and the PCB is made with 2- oz copper, so very little power is lost in the board.

Use of a Hall effect sensor means the IC is able to electrically isolate the current path from the sensor’s electronics (for applications up to 100 V), which allows the sensor to be inserted anywhere along the current path and to be used in applications that require electrical isolation.

100 kHz bandwith.

Good accuracy and reliability: factory calibration results in a typical total output error of ±5% at room temperature, the output offset voltage is extremely stable, and the sensor has zero magnetic hysteresis.

Overcurrent FAULT output latches low when current magnitude exceeds 15.5 A.

Operating temperature range of -40°C to 125°C.

The pads are labeled on the bottom silkscreen, as shown in the picture to the right. The silkscreen also shows the direction that is interpreted as positive current flow via the +i arrow. This 15.5 A current sensor is marked with a black X. We also sell a 31 A version that uses the same carrier PCB; you can distinguish the versions by reading the text on the IC or by looking at the color of the X on the bottom silkscreen.

The sensor requires a supply voltage of 3 V to 5.5 V to be connected across the Vcc and GND pads, which are labeled on the bottom silkscreen. The sensor outputs an analog voltage that is linearly proportional to the input current. The quiescent output voltage is Vcc/2 and changes by 90 mV per amp of input current (when Vcc = 3.3 V), with positive current increasing the output voltage and negative current decreasing the output voltage. The relationship between the instantaneous input current, i, and sensor output voltage, VOUT, can be represented by the following equations: The FAULT pin is normally high and latches low when the current exceeds ±15.5 A. Once the FAULT pin is latched low, the only way to reset it is by toggling power on the Vcc pin. In our tests, this module was able to handle 15 A of continuous current without exceeding 50°C, with no cooling beyond the heat dissipation of the PCB.

Produttore

POLOLU

Tipo di sensore

corrente

Tensione di alimentazione

3...5.5V DC

Circuito integrato

ACS711

Ambito di misurazione della corrente DC

-15.5...15.5A

Sensibilità del rilievo di corrente

0.09V/A

Dimensioni della piastrina

17.8 x 20.3mm

Informazioni

Il prodotto non è un dispositivo completo, è solo un componente

Informazioni aggiuntive

  • Peso lordo: 2.65 g

POLOLU-2452
2 Items

Be the first to write your review !