| Erbium-Doped |
Erbium-Doped fibers
are designed for use in single and multi-channel
C- and L-band
amplifiers and ASE sources and small
form factor devices.
EDFC-980-HP
| EDFL-980-HP
| PM-ESF-7/125 |
| Erbium/Ytterbium |
Erbium/Ytterbium co-doped
double-clad fibers deliver industry leading tolerances
on key spectroscopic parameters ensuring the essential
lot-to-lot reproducibility required for
volume manufacturing
of high power CATV and telecom optical amplifiers.
SM-EYDF-7/130
| PM-EYDF-18/250 |
| Gyroscope |
Panda-style
PM Gyroscope fibers have extremely high birefringence
and exceptionally
tight dimensional control, attributes
critical for manufacturing high-precision,
high-performance
fiber coils for fiber optic gyroscope applications.
PM850G-80
| PM1300G-80
| PM1550G-80 |
| Neodymium-Doped |
Neodymium doped PM-double
clad fiber is specifically designed for efficient
single mode operation around 1060 nm when cladding
pumped at 808nm.
PM-NDF-5/125 |
| Photosensitive |
Photosensitive fibers
exhibit uniform and controlled photosensitivity
to conventional UV
radiation techniques and are
available in a wide range of photosensitive levels.
CMF
- Cladding Mode Free | CMO
- Cladding Mode Offset | CMS2
- Cladding Mode Supressed | GF1B
- Low Loss | GF1
- General Purpose | GF1AA
- General Purpose
GF3
-General Purpose | PS-PM980
| PS1060 |
Polarization Maintaining
(PM) |
Designed for use at
1550, 14XX, 1300 and 980 nm, these fibers are used
in all PM applications throughout the telecomm arena.
PM460
& PM630-HP | PM780-HP
| PM980-HP
| PM1300-HP
| PM14XX-HP
| PM1550-HP
PM980C-HP
Coupler Fiber | PM14XXC-HP
Coupler Fiber |
| Power Delivery |
Specialty multimode
step-index
fibers are designed for compatibility
with the majority of fiber-coupled, single-emitter,
diode-laser packages and support the diode laser
power
delivery market. These power delivery fibers
are available in 105/125 and 200/220 core/clad
ratios
in low and high NA versions.
MM-S105/125
| MM-S200/220 |
| RGB |
RGB fibers are available
in both germanium-doped and pure core silica versions.
They
have low attenuation and are offered in wavelengths
as low as 400 nm.
405-HP
| S405
| 460-HP
| PM460
& PM630-HP | 630-HP
| S630 |
Multimode(Specialty)
(MM) |
Specialty multimode
fibers are designed for high performance in extreme
temperatures
and harsh environments. Radiation resistant
versions also available.
GI62.5/125S
| GI100/140P |
Single-Mode(Specialty)
(SM) |
specialty single-mode
fibers operate from 405nm to 1550 nm and higher.
These fibers are designed for use in telecommunications,
visible-wavelength, RGB and short-wavelength applications.
460-HP
| 630-HP
| 780-HP
| 980-HP
| 1060-XP
| 1310-HP-80
| 1310B-HP/1310-HP-V0
1550B-HP
| PWG1-XP
| UHNA1
| UHNA3
| UHNA4 |
| Thulium-Doped |
Thulium-doped double-clad
fiber utilizes a glass composition specifically
optimized for
highly efficient operation around
the important 2㎛ eyesafe wavelength when pumped
at ~793 nm.
MM-TDF-25/250 |
| Ytterbium-Doped |
Yb-doped double-clad
fibers achieve near quantum limited power conversion
for use in
industrial, military, medical and telecom
applications.
YDF-5/130
| YDF-7/210
| YDF-10/400
| YDF-15/130
| PLMA-YTF-20/300/330
YDF-20/400
| YDF-30/250
| YDF-30/400
| YSF-LO
|
| Polyimide Coated |
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
coating
diameter of 155 μm. The fiber has been engineered
such that the mode field diameter
accurately matches
standard SMF for easy splicing.
SM-1310-P1 |
| Bend Insensitive |
bend insensitive fibers are designed
for improved bend performance in reduced radius
applications. The fibers employ a moderately higher numerical aperture
(NA) than
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.
1310B-HP/1310B-HP-V0
ㅣ 1550B-HP/1550B-80-HP
|
UV-VIS Single-Mode
(SM) |
NUV-320-K1 fiber is
designed for single mode operation in the near ultra-violet
region.
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,
chemical and
nuclear processing, pharmaceuticals, emission monitoring
and other
applications in the near UV spectrum.
NUV-320-K1 |
Step Index Multi-Mode
(MM) |
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.
SIM-200-220-HOH |
