|
IFA-100 Optical Fiber Analyzer
We specialize in Transverse
Interferometry, the most sensitive fiber measurement technology
available.
Our exclusive
patent-pending Multi-Wavelength Optical Fiber Refractive Index Profiling
Technology was first presented as Postdeadline Paper PDP A2 at OFC/NFOEC 2009
and has since been the subject of peer reviewed conference and journal
publications. Since the measurement is performed transversely (through the side
of the fiber), it is essentially non-destructive. Although the fiber's polymer
coating or buffer must be removed, the fiber itself can continue to carry an
optical signal during the measurement, and if necessary the polymer coating can
be restored to the fiber after the measurement is completed.
Features:
l
Multiwavelength
l
No cleave required
l
Sub-μm spatial resolution
l
Applicable to any fiber type
l
Fast measurement time
l
Measure splices, tapers, couplers
Specifications:
|
Refractive index accuracy |
+/− 0.0001 |
|
Spatial resolution |
~ 500 nm |
|
Measurement wavelength |
500 nm to 1 μm |
|
Fiber diameter |
40 μm to 400 μm |
|
Fiber material |
Silica glass, non-silica glass, plastic
|
|
Concentricity error measurement |
+/− 200 nm |
|
Core non-circularity error measurement |
+/− 0.4 % |
|
Fiber type |
singlemode, multimode, microstructured (PCF), PM,
multicore, rare-earth, cladding-pumped, large mode area, low bend loss,
high-Δ, etc. |
FMA-100 Fiber Mode Analyzer
Features:
l
Identify distinct spatial modes
l
Quantify relative mode power
l
Obtain mode amplitude & phase profiles
l
Qualify fibers, components, splices
l
Measure in seconds
Know your modes!!!
Specifications:
|
Fiber
cladding diameter |
60 to 800
microns |
|
Measurement
band |
~1010 to
~1070 nm (other bands available) |
|
Measurement
time |
less than
1 minute |
|
MPI noise
floor |
~ 30 dB |
|
Intermodal
delay range |
0 to 90 ps |
|
Intermodal
delay resolution |
~0.5 ps |
Laser diode
testing system
Laser beam analyser |
