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GHz, 5-20 GHz, or 38-43 GHz,
(continuously tunable >9 GHz)
Please inquire about other repetition rates.
alignment of the pulsed laser source to the experimental
application, the UOC is
continuously adjustable without
gaps for repetition rates >9 GHz. For
example, the UOC can
be tuned precisely to the OC-192 standard,
Transform-limited pulses with the following parameters:
pulsewidths are included in the optional
Cartridge kit. Other
pulsewidths in this range are
with pulsewidth and pulse repetition rate.
Typical pulse energies are >2 pJ, yielding >10 mW at 2
ps and 10
Note: Normal operation of the UOC Series requires an external RF synthesizer
supplied by the customer.
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those researchers who will not be changing the repetition rate,
Series uses regenerative mode-locking via an internal,
tuned-RF loop to
provide the harmonic-mode-locking signal for the
laser. This series
requires no external RF synthesizer.
monitoring system performance, three
secondary optical outputs are provided on the
front panel of
both the UOC and UOC-R Series that can be used with a
spectrum analyzer, or power meter.
The UOC Series has always offered user flexibility in tuning operating
wavelength and pulse-repetition frequency.
Pulsewidth feature, standard on all UOC models, enables the user to
change the operating pulsewidth of
the UOC within minutes just by
replacing a self-aligning cartridge.
Quick-Change Filter Cartridges are available in four standard operating
pulsewidths (10 ps, 5 ps, 2.5 ps, and 1.6 ps).
A kit of all four standard
cartridges is available at a discount.
Please inquire about cartridges for
Filter Cartridges can also be used in PriTel's Tunable
Module. Responding to customer requests, PriTel
offers an external filter
module that provides variable center
wavelength at a bandwidth fixed by the
particular Quick-Change Filter
cartridge. With an insertion loss < 0.6 dB
and no alignment
required, the fiber-pigtailed Tunable Filter Module
performance with flexibility and ease of use. The Tunable
Module has been used with high satisfaction in scanning
has engineered the UOC Series for maximum stability and
performance. An embedded
microprocessor and phase-locked loop (PLL)
technology, along with mounting the fiber laser inside a
temperature chamber, provide precise control of laser cavity length. Efficient
integration of key optical components into subassemblies results in lower
consumption, higher average output power, and enhanced signal-to-
noise ratio in
the UOC Series.
The display on the front
panel shows the status of the UOC's important
including the phase-locked loop and the pump laser.
embedded microprocessor, these real-time data are available
without the need for an external PC.
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