LORDWORLD
LORDWORLD Laser Receiver Detector Kit 0.8m 1.5m 2.5V-5.0V
Laser receiver module detects beams up to 1.5 m and operates from 2.5 V to 5.0 V
- Detects laser signals up to 1.5 metres away
- Operates reliably on 2.5 to 5.0 volt supplies
- Compact 47.7 by 17.9 millimetre board fits tight spaces
- 0 millimetre mounting holes simplify mechanical integration
- Typical 0.8 metre range suits short-distance sensing tasks
LORDWORLD Laser Receiver Detector Kit
The LORDWORLD Laser Receiver Detector Kit is a sensor module designed for maker projects and development boards. It detects a laser beam at distances up to 0.8 m typical and 1.5 m maximum. The board operates from a 2.5 V to 5.0 V supply. Its compact size of 47.7 mm by 17.9 mm includes 2.0 mm mounting holes for easy integration.
Makers building beam-break or alignment projects
This kit suits hobbyists and students creating tripwire, proximity or optical-link experiments with Arduino, AVR, PIC or STM32 platforms. The simple digital output and wide voltage range allow direct connection to common microcontroller I/O pins. Builders who need longer range, analogue signal output or environmental sealing should look at other sensor types.
0.8 m typical and 1.5 m maximum detection distance
The effective sensing range is the single specification that decides if this module fits the application. At 0.8 m typical the device covers short-range bench-top setups, while the 1.5 m maximum reaches across small rooms or chassis. Verify that the required gap between emitter and receiver stays within these limits before purchasing.
Přednosti
- Detects laser signals up to 1.5 metres away
- Operates reliably on 2.5 to 5.0 volt supplies
- Compact 47.7 by 17.9 millimetre board fits tight spaces
- 0 millimetre mounting holes simplify mechanical integration
- Typical 0.8 metre range suits short-distance sensing tasks
Specifikace
| Brand | LORDWORLD |
|---|
Otázky k tomuto produktu
What comes in the kit and do I need a separate laser transmitter?
The kit supplies the laser receiver detector module only; a separate laser transmitter must be sourced if one is not already available.
Which detection distance should I design for, the typical 0.8 m or the maximum 1.5 m?
Design for the typical 0.8 m range; the 1.5 m figure is a maximum under ideal conditions and not guaranteed in every setup.
Will the 2.5 V to 5.0 V supply range work directly with a 5 V microcontroller board?
Yes, the module operates from 2.5 V to 5.0 V, so it can be powered directly from a 5 V microcontroller supply.
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