Laser Diode Products for the OEM - Power Technology, Inc.
Laser Diode Products for the OEM - Power Technology, Inc.
Laser Diode Products for the OEM - Power Technology, Inc.
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NEW<br />
We understand <strong>the</strong> importance of<br />
bringing our customers <strong>the</strong> latest in<br />
electro-optic technology. We enjoy de-<br />
veloping new and unique products, and<br />
we welcome opportunities to improve<br />
upon our existing technologies.<br />
INTRODUCTORY INFORMATION<br />
Innovations<br />
in <strong>Technology</strong><br />
To bring you <strong>the</strong> most advanced products possible,<br />
we work closely with a number of companies in <strong>the</strong><br />
electro-optic industry. These relationships, coupled<br />
with our own ingenuity and initiative, enable us to<br />
offer a wide variety of innovative products. The fol-<br />
lowing are a few of <strong>the</strong>se innovations.<br />
IQµ - Instrument Quality Microprocessor Controlled <strong>Laser</strong> Modules:<br />
Our newest lasers incorporate <strong>the</strong> same outstanding features as our IQ series of modules but with<br />
siginificant modifications. The new IQµ comes equipt with an on-board, menu-driven microprocessor that<br />
can be controlled by two methods: On-board control or by optional software controlled through an RS232<br />
cable.<br />
Blue & Violet <strong>Laser</strong> <strong>Diode</strong>:<br />
Our 440nm blue and 405nm violet modules incorporate patented blue and violet laser diodes to provide<br />
an economical means of replacing bulky gas lasers. Our blue and violet modules can meet <strong>the</strong> needs<br />
of most Helium Cadmium, Argon-Ion, and tripled Nd:YAG applications, at a much lower cost, in a smaller<br />
package, and in a far more efficient manner. See pages 10-11 <strong>for</strong> additional in<strong>for</strong>mation on our blue and<br />
violet modules.<br />
Digital Control Options:<br />
Our digital control options are designed to give users more control over a laser’s output, wavelength, and<br />
temperature. These TTL-compatible options allow modules to interface directly with computerized or electronic<br />
control circuits. They have a memory that will retain a module’s setting <strong>for</strong> future use after deactivation.<br />
DFB <strong>Diode</strong>s:<br />
A typical Fabry-Perot diode yields a broad spectral width and a wavelength that can vary significantly<br />
with temperature change. Distributed feedback (DFB) diodes offer an exceptionally stable wavelength and<br />
narrow spectral width. We offer DFB diodes centered around a variety of wavelengths. Custom wavelengths<br />
are also available.<br />
Fiber Coupled DFB <strong>Diode</strong>s:<br />
Our newest in our line of distributed feedback (DFB) diode offers an exceptionally stable wavelength and<br />
narrow spectral width all in a single mode fiber coupled package! We offer fiber coupled DFB diodes centered<br />
around a variety of wavelengths. Custom wavelengths are also available. Our distributed feedback diodes are<br />
available as single components or installed into complete modules.<br />
Custom Design House:<br />
We are always eager to build new, custom-designed products based on your unique specifications. To meet<br />
our customers’ special requirements, we offer a wide range of custom design services <strong>for</strong> medium to high-quantity<br />
orders. Our in-house metal shop and team of electro-optic engineers will gladly work with you to meet your individualized<br />
<strong>OEM</strong> design requirements.<br />
PH 501.407.0712 / FAX 501.407.0036 / sAles@<strong>Power</strong>tecHnology.com / www.<strong>Power</strong>tecHnology.com<br />
k Blue and violet<br />
laser diodes provide<br />
an economical means<br />
of replacing bulky<br />
gas lasers<br />
Literature<br />
Applications<br />
Product data sheets<br />
and o<strong>the</strong>r in<strong>for</strong>mative<br />
materials are available<br />
from <strong>the</strong> company or<br />
on our Web site.