5PCS 650nm 5mW Red Point / Line / Cross Laser Diode Module Head Glass Lens Focusable Industrial Class

5PCS 650nm 5mW Red Point / Line / Cross Laser Diode Module Head Glass Lens Focusable Industrial Class

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Output Power : 5mw

Wavelength : 650nm

Working Voltage : 3~5V

Working Temperature : +10 ~ +40C

Laser Shape：Point / Cross / Line

Dimensions : 12*12*40mm

5V / 3V laser head laser diode dot-shaped copper semiconductor laser tube 6MM outer diameter

Red positive electrode and black negative electrode

Wavelength: 650NM Power: 5MW Outer diameter: 6MM

5V / 3V DC power supply can work

1: Pay attention to the safety of the laser battery and prevent others from disassembling the electric power cell to cause short-circuit combustion or battery explosion.

2: The laser emission principle and the particularity of the production process determine that the laser has the characteristics that ordinary light does not have: three good (good monochromaticity, good coherence, good directionality) and one high (high brightness).

3: Mainly used for laser toys, various spirit levels, ground level instruments, etc. Making an electronic pointer: When the teacher is giving a lecture, the laser projection point is used to draw students to observe and think.

Electronic level: Let the motor drive the bald head to rotate or twist, and project it into a straight line on the wall for horizontal reference when decorating or posting New Year pictures.

Mini LCD projection: Remove the condenser lens and let the laser light pass through the controllable LCD screen to produce a clear projection on the wall.

Long-distance laser monitor: let the laser shine on the glass of the room being eavesdropped, and then receive the laser beam reflected back by the glass, and detect the vibration of the glass to restore the sound of the room.

Long-distance light-controlled anti-theft alarm: Install a laser emitting tube and a photoresistor at one corner of the fish pond or watermelon field to be protected, and install a mirror at the other three corners to form a protective zone.

Long-distance laser wireless communication: use a pair of laser transceivers to face each other on the two farther roofs, and use the serial communication protocol of the single-chip microcomputer to send and receive files, and even network.

The laser head is composed of three parts: a light emitting die, a condenser lens, and a copper adjustable sleeve. When these three parts are delivered to the user, the three parts have been assembled, the lens focal length has been adjusted, and they have been glued with strong glue