Manual Measurement; Typical Specifications - JDS Uniphase 4100 User Manual

Otdr modules for t-berd/mts-2000 and t-berd/mts-4000, handheld modular test set
Table of Contents

Advertisement

Manual
Measurement
Typical
specifications
Singlemode Modules
Central Wavelength
b
Min IEC Dynamic
Measurement of slope between the cursors.
Measurement of attenuation between two segments of fiber.
Measurement of reflectance of a reflecting element.
Measurement of ORL between the two cursors.
Measurement of splice by 2 or 5 points method
Typical values, measured at 25°C unless specified.
Multimode OTDR Module
Central Wavelength
Min IEC Dynamic
Typical RMS Dynamic Range
Distance Range
Pulse width
Event Dead Zone
Attenuation Dead Zone
a. Laser in CW mode, at 25° C
b. Guaranteed value corresponding to the one-way difference (in dB) between the level of back-
diffusion extrapolated at the beginning of the fiber and the level containing 98% of noise, after
3 minutes of averaging, with the largest pulse width (according to IEC 61749 standard).
c. Typical value corresponding to the difference (in dB) between the level of back-diffusion
extrapolated at the beginning of the fiber and the RMS noise level, after 3 minutes of averag-
ing, with the largest pulse width.
d. EDZ measured at +/- 1.5 dB below the peak of a non-saturated reflecting event at shortest
pulse width.
e. ADZ measured at +/- 0.5 dB on the basis of a linear regression, using a - 40 dB type reflec-
tance, at shortest pulse width.
LA
41xxLA
a
1310 ± 20 nm
1550 ± 20 nm
30 dB
27 dB
User Manual
770000102/08
Chapter 10 Technical specifications
a
b
c
d
e
MA
41xxMA
1310 ± 20 nm
1550 ± 20 nm
1625 ± 10 nm
1650 ± 20 nm
33 dB
31.5 dB
c
31 dB
31 dB
OTDR modules
41XXMM
850 / 1300 nm ± 30 nm
22 / 19.5 dB
26 / 24 dB
Up to 80 km
3 ns to 1 µs
0.8 m
4 m
MAE
41XXMAE
41xxMP
1310 ± 20 nm
1490 ± 20 nm
1310 ± 20 nm
1550 ± 20 nm
1550 ± 20 nm
1625 ± 10 nm
1650 ± 20 nm
33 dB
31.5 dB
MP
36 dB
36 dB
33 dB
34 dB
34 dB
145

Advertisement

Table of Contents
loading

This manual is also suitable for:

2100

Table of Contents