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LEDs
Photodiodes
Laser Diodes
about
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1.6÷2.4 mm
SLM LD in HHL
LD in HHL STOCK
Model LD200-HHL
Model LD200p-HHL
Model LD220-HHL
Model LD220p-HHL
Model LD230-HHL
Model LD230p-HHL
1.6÷2.4 mm
SLM LD in TO package
2.7÷3.8 mm Laser Diodes
2.7÷3.8 mm LD STOCK
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2.7÷3.8
mm Laser Diodes
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Laser
diodes for spectral range 2.7÷3.8 mm are mounted on LA-type open
packages which are necessary to be placed in cooling system. Operating
temperature range for our 2.7÷3.8 mm
Laser Diodes is 30÷100 K in CW regime and 30÷150 K in pulse
regime. Using laser structures based on III-V solid solutions gives us
many advantages in comparison with laser structures based on lead salts
due to fundamental characteristics of III-V materials - higher power, higher
spectral purity, higher reliability and longer life-time.
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Earlier
lasing frequency was usually tuned only by heating. Besides this quite
slow process our tunable
diode lasers
for spectral range of 2.7÷3.8 mm
providecurrent
controlled wavelength shift about
0.5¸1.0
cm-1in
single-mode lasingtowards
the shorter wavelength based on nonlinear optical phenomena.
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Laser
diode Models in which super-fast current tuning is available are marked
with letters 'tun' - for example model LD331-tun-LA. Other models
(for example LD331-LA) can be tuned by changing the temperature.We are
also offering Laser Diodes mounted in a small dewar. In this case model
is marked with letters 'DW' - LD331-DW or LD331-tun-DW.Standard
Models LDXXX-LA and LDXXX-tun-LA are made from narrow-stripe laser structures
and have average power about 1 mW and single longitudinal mode structure
(SLM) that means that at determinate current and temperature range main
mode is stronger then common intensity of other modes.
Ordering Information
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| MODEL |
regime |
Package |
Current
tuning |
Mode Pattern |
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Pulsed, CW |
LA |
no |
SLM, SM |
| LDXXX-DW |
Pulsed, CW |
Dewar |
no |
SLM, SM |
| LDXXX-tun-LA |
Pulsed, CW |
LA |
yes |
SLM |
| LDXXX-tun-DW |
Pulsed, CW |
Dewar |
yes |
SLM |
| Note!Please,
before ordering contact factory for current list of available wavelengths. |
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