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ATMF102B PDF预览

ATMF102B

更新时间: 2024-09-21 06:38:35
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其他 - ETC 二极管
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5页 298K
描述
Mode-Hop-Free Diode Laser Module

ATMF102B 数据手册

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Mode-Hop-Free Diode Laser Module  
ATMF102  
Analog Technologies  
MAIN FEATURES  
Unlike some other laser modules, we do not use any fan,  
nor other vibration parts in our lasers, making it quiet and  
vibration free.  
Mode-hop-free  
Single longitudinal mode  
Long coherent length: >15 meters  
Circular beam available  
High wavelength stability  
Extremely low noise  
It comes with a key switch and emission indications. In  
addition, there is also an indicator for temperature locking  
status.  
It comes with a compact AC/DC adapter type power  
supply, which takes any AC main voltage: 85VAC to  
245VAC.  
Small size and low cost  
CDRH compliant: key switch and emission  
indicator  
LASER BEAM OPTIONS  
The output beam have these options: bare, elliptic and  
circular beams.  
MAIN APPLICATIONS  
Holography  
Interferometry  
Metrology  
The ATMF102 is composed of 4 detachable components:  
laser body, collimation lens, lens holder, and circularizer.  
A. Bare Beam  
Spectroscopy  
Laser gauging  
When needing a bare laser beam, use only the laser body,  
see Figure 1. Although, the lens holder and collimation lens  
always come with the laser, they can be detached easily  
from the laser body.  
B. Collimated Laser Beam  
When needing a collimated laser beam, use the laser body,  
the lens holder, and the collimation lens which can be  
turned for adjusting the focus, see Figure 2A. Under this  
configuration, an elliptic laser beam is obtained by using a  
regular laser diode.  
C. Collimated Circular Laser Beam By Using Special  
Laser Diode  
It is an option to obtain a circular laser beam by using  
special laser diode which has a lens inside the laser diode  
body, see Figure 2B. The special laser diodes generating the  
circular beam have fewer choices than the regular laser  
diodes. Therefore, some wavelengths and/or powers are not  
available.  
D. Collimated Circular Laser Beam By Using  
Anamorphic Prism Pair  
Another way to generate the circular beam is by using an  
pair of anamorphic prism. We use this pair to form a beam  
circularizer and, according to the specific laser diode, we  
tune the positions and the angles of these prisms so that the  
output beam will become circular at far field. Therefore,  
this becomes another option for generating the collimated  
and circularized beam, to use all the 4 components: the  
laser body, the lens holder, the collimation lens and the  
circularizer, see Figure 3.  
INTRODUCTION  
Our laser module, ATMF102, generates a collimated laser  
beam of single mode, long coherent length, mode-hop-free,  
good beam shape, and low noise. Among all the lasers  
available in the market, our laser offers the lowest noise and  
longest coherent length.  
The outstanding specifications are achieved by using  
sophisticated and high performance electronics, plus well  
designed optics and mechanics. Both the laser current and  
the temperature are under tight control.  
The main advantages of this approach are: unchanged phase  
wave-front plane, better controlled laser beam profile, and  
more options in selecting the laser diodes to be used in the  
laser module.  
550 E. Weddell Drive, Suite 4, Sunnyvale, CA 94089, U. S. A. Tel.: (408) 747-9760, Fax: (408) 747-9770, www.analogtechnologies.com  
© Copyright 1999 – 2006, Analog Technologies, Inc. All Rights Reserved. Updated: 12/29/05  
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