LM393 Photosensitive Light-Dependent Control Sensor LDR Module

 65.00

LDR module 4 PIN
Operating voltage 3.3V-5V
Signal output indicator light.
LDR module 4 PIN
cAble to detect ambient brightness and light intensity Adjustable sensitivity (via blue digital potentiometer adjustment)

5 in stock

SKU: AT0023|SEN005 Category:

Description

This LM393 Photosensitive Light-Dependent Control Sensor LDR Module is using a high-quality LM393 voltage comparator. Easy to install using the sensitive type photosensitive resistance sensor the comparator output signal gives a clean and good waveform.

Driving ability is 15mA with the adjustable potentiometer, it can adjust the brightness of the light. The working voltage is 3.3V to 5v. Where output is a digital switch output. Since this module is sensitive to light, usually used for detecting the ambient brightness and light intensity.

You can use this board digital output DO port drive relay module directly(our store on sale these relay modules), and can also be used as a photoelectric switch. The analog output ao connects with the ad module and it can get a more precise light intensity value through the ad-converter.

How to use the LDR sensor module click here!

Interface Pin :
  1. VCC: +ve power supply.
  2. GND: Ground.
  3. D0: Digital output signal.
  4. A0: Analog Output Signal.

Strong light, LED light, output low level;
Weak light, LED off, output high level;
Sensitivity is adjustable.

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 analogue voltage output Compatible with Arduino, Raspberry, and other microcontroller boards.

Reviews

There are no reviews yet.

Be the first to review “LM393 Photosensitive Light-Dependent Control Sensor LDR Module”

Your email address will not be published. Required fields are marked *