VLM-635-31 Series

TTL Modulation Red Dot Laser Module

TTL Modulation Red Dot Laser Module. CW to 10K HZ stable power output for demanding power and speed are of important.

Product details

Dimensions: Ø8 x 27 mm (Ø0.314" x 1.06")
Wavelength : 630~645nm
Output power: Class II – less than 1mW / Class IIIa – less than 4mW.
Beam Divergence (Half Angle) : < 0.4 mRad
3~6 VDC operation.
Connection type: Lead wire


APPLICATIONS:
Free space low frequency optical communication.
Laser base measurement.
2D, 3D position, sampling.
Medical application.
Optical lighting.
Counting.
Scanning.
I2C and Can Bus application.
Medical science

TTL Modulation Red Dot Laser Module.
CW to 10K HZ stable power output for demanding power and speed are of important.
This module has integrated optic, laser diode, and APC with TTL control driver circuit.
APC Driver Circuit enables the Laser output power safe and constant.

Please download the Specification Sheet for more detail:
https://www.quarton.com/download/141/


You could email to the following email address for a quote:

contact@quarton.com


Our products are also sold on Digi-Key Online Shop. => Click Here <= to buy from Digi-Key.


Quarton inc. provides OEM/ODM services for international brands:
COHERENCE, tyco, EPILOG, iRobot, PEPPER_FLUCHS, and balluff


Laser products manufactured by Quarton inc. meet the international safety standards:
Laser Standards Logo
USA: FDA Class II, IIIa
Japan: PSC(JQA)
Europe: EU60825, CE & TUV-GS


Quarton inc. places emphasis on laser safety
About APC (automatic power control) circuit:
The Laser output power must be stable especially in safety reason.
But the Laser power is related to the Junction Temperature (Tj) of the LD.
It means that as the different Tj, the Laser power will be increased or decreased.
An APC (automatic power control) circuit is used to compensate the varying Laser output power to constant.
As shown in the picture,
The principle of the APC circuit is monitoring portion of the laser light from the LD by the built-in PD,
and real-time feedback to control the laser output power constant and safety.

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