are designed for use in single and multi-channel
C- and L-band
amplifiers and ASE sources and small
form factor devices.
double-clad fibers deliver industry leading tolerances
on key spectroscopic parameters ensuring the essential
lot-to-lot reproducibility required for
of high power CATV and telecom optical amplifiers.
PM Gyroscope fibers have extremely high birefringence
tight dimensional control, attributes
critical for manufacturing high-precision,
fiber coils for fiber optic gyroscope applications.
||Neodymium doped PM-double
clad fiber is specifically designed for efficient
single mode operation around 1060 nm when cladding
pumped at 808nm.
exhibit uniform and controlled photosensitivity
to conventional UV
radiation techniques and are
available in a wide range of photosensitive levels.
- Cladding Mode Free | CMO
- Cladding Mode Offset | CMS2
- Cladding Mode Supressed | GF1B
- Low Loss | GF1
- General Purpose | GF1AA
- General Purpose
-General Purpose | PS-PM980
|Designed for use at
1550, 14XX, 1300 and 980 nm, these fibers are used
in all PM applications throughout the telecomm arena.
& PM630-HP | PM780-HP
Coupler Fiber | PM14XXC-HP
fibers are designed for compatibility
with the majority of fiber-coupled, single-emitter,
diode-laser packages and support the diode laser
delivery market. These power delivery fibers
are available in 105/125 and 200/220 core/clad
in low and high NA versions.
||RGB fibers are available
in both germanium-doped and pure core silica versions.
have low attenuation and are offered in wavelengths
as low as 400 nm.
& PM630-HP | 630-HP
fibers are designed for high performance in extreme
and harsh environments. Radiation resistant
versions also available.
fibers operate from 405nm to 1550 nm and higher.
These fibers are designed for use in telecommunications,
visible-wavelength, RGB and short-wavelength applications.
fiber utilizes a glass composition specifically
highly efficient operation around
the important 2㎛ eyesafe wavelength when pumped
at ~793 nm.
fibers achieve near quantum limited power conversion
for use in
industrial, military, medical and telecom
||Polyimide Coated Single-Mode
Fiber is designed for optical sensor and datacom
systems where the fiber may experience extreme temperatures
or be exposed to harsh
environments. The fiber has
a nominal clad diameter of 125 μm and a polyimide
diameter of 155 μm. The fiber has been engineered
such that the mode field diameter
standard SMF for easy splicing.
||bend insensitive fibers are designed
for improved bend performance in reduced radius
applications. The fibers employ a moderately higher numerical aperture
standard single-mode telecom fibers. The moderate NA delivers lower
bend loss at 1550, 1310 and 780 nm without significantly affecting
splicing performance. Higher numerical
aperture fibers are available upon request.
|NUV-320-K1 fiber is
designed for single mode operation in the near ultra-violet
The single mode design makes this fiber
ideal for an array of fiber optic probes used in
a variety of UV-VIS spectroscopy applications such
as color monitoring, film thickness,
nuclear processing, pharmaceuticals, emission monitoring
applications in the near UV spectrum.
|Step Index Multi-Mode
|This grade of fiber
has a transmission range of 190 nm to 1.6 μm and
is ideal for UV
microscopy, spectrophotometic studies
and photochemical analysis applications.