Sale!

Non-Modulator Laser Receiver Sensor 5V Digital Output

$5.00 $13.00
Review

DescriptionThe Non-Modulator Laser Receiver Sensor is a compact optical detection module designed to receive direct laser signals and convert them into a digital output. It operates at 5V DC and provides a HIGH output when a laser signal is detected and a

  • Satisfaction 100% Guaranteed
  • Free shipping on orders over $30
  • 60 day easy Return

Qty:

SKU: JHJJ7034597891 Category:

Description

Description

The Non-Modulator Laser Receiver Sensor is a compact optical detection module designed to receive direct laser signals and convert them into a digital output. It operates at 5V DC and provides a HIGH output when a laser signal is detected and a LOW output when no signal is present. The sensor is optimized for simple digital interfacing with microcontrollers and control systems. Its small PCB size makes it suitable for space-constrained designs. This module is ideal for laser detection, optical triggering, and basic communication or alignment applications.

Features

  • Non-modulated laser signal detection
  • Digital HIGH/LOW output response
  • 5V DC operating voltage
  • Fast response to laser input
  • Compact PCB size for small projects
  • Direct microcontroller interfacing
  • Stable signal output
  • Simple two-state logic operation
  • Low power consumption
  • Suitable for indoor laser detection

Specifications

  • Operating Voltage: 5V DC
  • Output Type: Digital (HIGH / LOW)
  • Output Logic: HIGH when laser detected
  • Output Logic (Idle): LOW when no laser detected
  • Laser Type: Non-modulated laser
  • Response Type: Direct optical detection
  • PCB Size: 15 mm 19 mm
  • Mounting Type: PCB mount
  • Signal Interface: Digital output pin
  • Application Environment: Indoor use

Links

  • Non-Modulator Laser Receiver Sensor 3D Model

Tutorials

  • Laser Receiver Module, Magnetometer, Side Cutters

Reviews

There are no reviews yet.

Be the first to review “Non-Modulator Laser Receiver Sensor 5V Digital Output”

Your email address will not be published.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