Sugar - Laser Red Dot Module

Function

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Open laser emission after receiving control signal

Signal:Timing Signal

Principle of the Module

The laser emitter produces laser through the effect of stimulated emission of radiation. When the laser medium is activated by external energy, its atoms or molecules are in an excited state. When they collide with photons corresponding to the excited state, the excited atoms or molecules will jump to a lower energy level while releasing a beam of photons coherent with the stimulated radiation, which is the laser.

Wiring

		Future Board Lite Interface	Cable
	Sugar Cube Red Dot Laser Module	Port3	White PH2.0-3Pin Interface Cable

warning Supports connecting to Port1, Port2, Port3, and Port4.Pay attention to the consistency between the interface and the actual usage when programming.

Blocks - Function Description

Number	Block Image	Block Function
1		Controls the enabling or disabling of the red laser module on the control port

Program 1 - A Complete Program

By controlling the on and off of the laser through a loop

Using Kittenblock

Use offline download to run the program to see the effect

Using on Microbit

Programming Environment

Microsoft MakeCode for micro:bit Use the Makecode programming environment

Add the Sugar plugin

Search for Sugar in extensions, click Add

Circuit Connection

		Microbit Interface	Cable
	Sugar Cube Red Dot Laser Module	P0	White PH2.0-3Pin Interface Cable

warning Supports connection to P0, P1, P2, P8, etc. Pay attention to the consistency of the interface and the actual interface during programming

Blocks - Function Description

Number	Block Image	Block Function
1		Controls the enabling or disabling of the red laser module on the control port

Case: Control by button