Product details
LM393 Photosensitive LDR Light-Dependent Control Sensor Module
The LM393 Photosensitive LDR Light Sensor Module 4 Pin helps detect light and control brightness. It uses an LM393 voltage comparator, which gives a clear output signal. You can adjust the light sensitivity with a small dial, making it easy to use for different brightness levels. This module works with a 3.3V to 5V power supply and gives a digital output, making it perfect for detecting light levels around it. It can directly control relay modules or act as a light-activated switch for various projects.
How to use the LDR sensor module click here!
Interface Pin:
VCC: +ve power supply.
GND: Ground.
D0: Digital output signal.
A0: Analog Output Signal.
Features:
• Has a mounting hole for easy setup.
• Light indicator shows output status.
• 4-pin module to detect light levels.
• Detects surrounding brightness and light intensity.
• Sensitivity can be adjusted with a small dial.
• Two output types: digital (on/off) and analog (voltage).
• Works with Arduino, Raspberry Pi, and other controllers.
The LM393 Photosensitive LDR Light Sensor Module 4 Pin helps detect light and control brightness. It uses an LM393 voltage comparator, which gives a clear output signal. You can adjust the light sensitivity with a small dial, making it easy to use for different brightness levels. This module works with a 3.3V to 5V power supply and gives a digital output, making it perfect for detecting light levels around it. It can directly control relay modules or act as a light-activated switch for various projects.
How to use the LDR sensor module click here!
Interface Pin:
VCC: +ve power supply.
GND: Ground.
D0: Digital output signal.
A0: Analog Output Signal.
Features:
• Has a mounting hole for easy setup.
• Light indicator shows output status.
• 4-pin module to detect light levels.
• Detects surrounding brightness and light intensity.
• Sensitivity can be adjusted with a small dial.
• Two output types: digital (on/off) and analog (voltage).
• Works with Arduino, Raspberry Pi, and other controllers.
