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Laser Sensor

SKU: WVSH0008

₹ 999.99 ~~₹ 1,299.99~~

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Laser Sensor₹ 999.99

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Laser Sensor

Principle: The emitting part of the laser sensor is a 180KHz oscillator emitted by an oscillator tube, amplified by a triode, the laser tube emits light, and the receiving part receives the returned light intensity from a matching 180KHz receiver tube. Since the laser sensor uses modulation processing, the receiving tube can only accept the reflected light of the same frequency, so the influence of visible light on the reflected laser can be effectively prevented.

Features boost circuit
Signal output indicator

Specifications

Effective distance: 0.8m(typ), 1.5m(max)
Power: 2.5V ~ 5.0V
Dimension: 47.7mm * 17.9mm
Mounting holes size: 2.0mm

Applications

Obstacle detection
Pipeline counter
Smart robot
Obstacle-avoiding car

How to Use

In the case of working with a MCU:

VCC ↔ 2.5V ~ 5.0V
GND ↔ power supply ground
DOUT ↔ MCU.IO (digital output)

Downloads

Development resources: demo codes, schematic, datasheets, etc.
Wiki: Laser_Sensor

Package Contains

1x Laser Sensor
1x 3-pin custom connector jumper wire

What is the effective distance of the sensor?

The typical effective distance is 0.8 m and the maximum distance is 1.5 m.

What voltage does it operate from?

It operates from 2.5 to 5.0 volts.

How do I connect it to a microcontroller?

Connect VCC to 2.5 to 5.0 V, GND to the power ground, and DOUT to a digital input on your MCU.

What are common applications for this sensor?

It is suitable for obstacle detection, pipeline counting, smart robots, and obstacle avoiding cars.

What is included in the package and how can I access additional resources?

The package includes 1x Laser Sensor and 1x 3 pin custom connector jumper wire. Development resources such as demo codes, schematic and datasheets are available on the Laser Sensor wiki.

A

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Description

Ask AI about this product

Open in ChatGPT Open in Claude Open in Gemini

Laser Sensor

Principle: The emitting part of the laser sensor is a 180KHz oscillator emitted by an oscillator tube, amplified by a triode, the laser tube emits light, and the receiving part receives the returned light intensity from a matching 180KHz receiver tube. Since the laser sensor uses modulation processing, the receiving tube can only accept the reflected light of the same frequency, so the influence of visible light on the reflected laser can be effectively prevented.

Features boost circuit
Signal output indicator