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Lm393 Photosensitive Light Dependent Control Sensor Ldr Module

Rs. 24.00 Rs. 27.00

-This LM393 Photosensitive Light-Dependent Control Sensor LDR Module is using a incredible LM393 voltage comparator.
-Easy to install the usage of the sensitive kind photosensitive resistance sensor the comparator output signal offers a clean and properly waveform.

-Driving capacity is 15mA with the adjustable potentiometer, it could modify the brightness of the mild.
-Working voltage is three. 3V to 5v.
-Where output is a digital switch output.
-Since this module is touchy to the light, typically used for detecting the ambient brightness and light intensity.

-You can use this board virtual output DO port pressure relay module at once(our save on sale these relay modules), and also can use as a photoelectric transfer.
-The analog output ao connects with ad module and it can get more particular light intensity value via the advert-converter.

Features :
1. It comes with Mounting Hole Screw.
2. Easy to install
3. Signal output indicator light.
4. LDR module 4 PIN
5. Able to detect ambient brightness and light intensity Adjustable sensitivity (via blue digital potentiometer adjustment)
6. Output: DO digital switch output (0 and 1), AO analog voltage output Compatible with Arduino, Raspberry, and other microcontroller board.



SPECIFICATIONS:
IC Chip            LM393
Input Voltage (V)  3.3 to 5

OVERVIEW:

-LDR module 4 PIN

-Operating voltage 3.3V-5V

-Signal output indicator light.

-LDR module 4 PIN

-Able to detect ambient brightness and light intensity Adjustable sensitivity (via blue digital potentiometer adjustment)


PACKAGE INCLUDES:

1 PCS x Lm393 Photosensitive Light Dependent Control Sensor Ldr Module


//SOURCE CODE TAKEN FROM BELOW LINK

//https://create.arduino.cc/projecthub/kiranpaul/light-magic-using-lm393-and-arduino-uno-14eadc

void setup() {

  pinMode(8,INPUT);

  pinMode(9,OUTPUT);

  Serial.begin(9600); //initialise serial monitor


}


void loop() {

  int temp=digitalRead(8);      //assign value of LDR sensor to a temporary variable

  Serial.println("Intensity="); //print on serial monitor using ""

  Serial.println(temp);         //display output on serial monitor

  delay(300);

  if(temp==HIGH)               //HIGH means,light got blocked

  digitalWrite(9,HIGH);        //if light is not present,LED on

  else

  digitalWrite(9,LOW);         //if light is present,LED off

}

https://youtu.be/6OUAphleN-o

15 days

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