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Ky 035 A3144 Hall Effect Sensor Module

Rs. 27.00 Rs. 33.00

  • Product Code: SEN-HALL
  • SKU -
  • Availability: In Stock
  • For Bulk Order 9962060070
    Quick support on WhatsApp (+919962060070) only between morning 11am-4pm, no call will be answered
-The A3144 Hall Effect Sensor Magnet Detector Switch for Arduino is a switch that will turn on/off in the presence of a magnetic field.
-If no magnetic field is present, the signal line of the sensor is HIGH (3.5 V).
-If a magnetic field is presented to the sensor, the signal line goes LOW, at the same time the LED on the sensor lights up.
-An onboard LED will also indicate the presence of a magnetic field.

Pin Connection
Connect the Powerline (middle) to +5V and ground (-) to GND. Connect signal (s) to any digital pin on the Arduino.

Features:
-Digital Output Hall-effect sensor.
-Operating voltage: typically 5V.
-Output Current: 25mA.
-It can be used to detect both the poles of a magnet.
-The output voltage is equal to the operating voltage.
-Operating temperature: -40°C to 85°C.
-Turn on and Turn off time is 2 μsec each.
-Inbuilt reverse polarity protection.
-Suitable for Automotive and Industrial Applications.
SPECIFICATIONS:
Color                             Black
Operating Voltage(VDC)            5V DC
Power Consumption at Rest         3mA
Power Consumption when Switched   8mA
Operating Temperature (°C)        -40 to +90
Shipment Weight                   0.01 kg
Shipment Dimensions               3 × 3 × 1 cm

OVERVIEW:

-Digital Output Hall-effect sensor.

-Operating voltage: typically 5V.

-Output Current: 25mA.

-It can be used to detect both the poles of a magnet.

-₹ 61.00 (inc GST)

-₹ 51.69 (+18% GST extra)

PACKAGE INCLUDES:

1 PCS x Ky 035 A3144 Hall Effect Sensor Module


int sensorPin = A5; // Declaration of the input pin

 

// Serial OUT in 9600 baud

//SOURCE CODE TAKEN FROM BELOW LINK

//https://sensorkit.en.joy-it.net/index.php?title=KY-035_Bihor_magnetic_sensor_module

void setup()

{

    Serial.begin(9600);

}

 

// The program measures the current voltage at the sensor,

// calculates the resistance with it and a known resistor

// and outputs it via serial OUT

 

void loop()

{      

        // Measuring of the current voltage...

    int rawValue = analogRead(sensorPin);

        float voltage = rawValue * (5.0/1023) * 1000;

         

        float resitance = 10000 * ( voltage / ( 5000.0 - voltage) );

         

    // ... output via serial interface

    Serial.print("Voltage:");   Serial.print(voltage); Serial.print("mV");

    Serial.print(", Resistance:"); Serial.print(resitance); Serial.println("Ohm");

    Serial.println("---------------------------------------");

 

    delay(500);

}

https://youtu.be/4eqi0G7uY_4

15 days

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