All Categories
Your Cart

13 mm LDR Sensor Photoresistor Photo Cell

13 mm LDR Sensor Photoresistor Photo Cell
13 mm LDR Sensor Photoresistor Photo Cell
13 mm LDR Sensor Photoresistor Photo Cell
13 mm LDR Sensor Photoresistor Photo Cell

13 mm LDR Sensor Photoresistor Photo Cell

₹ 55.00
  • Stock: In Stock
  • Brand: Generic
  • SKU: RM006279
Warehouse Code: R0000-S00-P00

This LDR 3mm changes resistance with the change in the ambient light exposure on the surface of the sensor. LDR (Light Dependent Resistor) is a type of photocell which finds excellent use in light sensing device application, whether it is automatic outdoor light ON/OFF switch or Indoor automatic light switch.


The LDR 3mm sensor works best in both Light and dark regions. Light-dependent resistors or photoresistors are a staple of electronics. If you need a way to sense the level of ambient light then there is no easier way to do it. As the light on the sensor increases then the resistance across the two leads decreases.


Two Cadmium Sulphide (CDs) PhotoConductive Cells with spectral responses similar to that of the human eye. Cell resistance falls with increasing light intensity. Applications of this product include smoke detection, Automatic lighting control, batch counting, and burglar alarm systems.


To know more about photo-resistor, click here. WHAT IS PHOTO-RESISTOR??

 Analog Applications:

Camera Exposure control

Auto slide focus – dual cell

Photocopy machines – the density of the toner

Colorimetric Test Equipment

Densitometer

Electronics scales – dual cell

Automatic gain control – modulated light source

Automated Rear View Mirror

Digital Applications:

Automatic Headlight Dimmer

Nightlight control

Oil burner flame out

Streetlight control

Absence / Presence (Beam breaker)

Position sensor

Package Includes :

1 x GL3547-1 3mm LDR (Pack of 10)

*Note: Product may be differ as per shown in image
We use cookies and other similar technologies to improve your browsing experience and the functionality of our site. Privacy Policy.