18 CH CCWDM MODULE

HUA-NET Foedus Crassum necem divisio multiplexer (CCWDM Mux/Demux) technologiae membranae tenuibus pelliculis utitur et consilio proprietatis non-fluxum metalli compagem compaginem micro perspectivarum.Demissionem praebet humilis insertio, alveum altum solitudo, latitudo cohortis transeuntium, sensus humilis temperatus et epoxy liberum iter opticum.

Nostri CCWDM Mux Demux producta praebent usque ad 16-canalem vel etiam 18-alveum Multiplexum in fibra una.Ob humilis insertionis damnum in retiaculis WDM necessariis, addere etiam "Skip Component" in CCWDM Mux/Demux moduli ad IL ut optionem reducere.Latin CCWDM Mux/Demux involucrum genus includit: ABS involucrum arca, LGX pakcage et 19" 1U rackmount.

Features:

Epoxy liberum in optica semita

Stabilis et certa

Foedus magnitudine

Specifications
Parameter

Unitas

Min

Typical

Max

Numerus Channel

CH

18

Operating Necem

nm

1260~1620 OR 1261~1621

Channel Necem

nm

1270~1610 OR 1271~1611

Channel Insertion Loss

dB

2.7

3.5

Transite cohortis Bandwidth

nm

13

15

Channel Ripple

dB

0.3

0.5

Adiacentibus Channel solitudo

dB

30

35

Non adiacentibus Channel solitudo

dB

40

45

Redi damnum

dB

45

Directivity

dB

55

PDL

dB

0.2

PMD

ps

0.2

Potestas Tractantem

mW

300

Operating Temperature

°C

0 ~+70 OR -40 ~+85

Repono temperatus

°C

-40 ~+85

Sarcina (excludere tabernus)

mm

50(L)X50(W)X7(H)

Notae:

1. Omnes specificationes includunt omnes status polarizationis et omnes temperaturas operatrices et omnes iugis aequalitatis specificatae.

2. Omnia data sine connexionibus sunt.Amissio coniugationis unius iungo minus quam 0.3dB insertio est.

 

Fibra Layout

18CH CCWDM

Applicationes:

Optical Add/Iacta

Telecom networks

Metro networks

 

Ordo Information:

CCWDM18- X- XXXX- X- XX- X- X
Operating Temperature Necem Pigtail Type Fibra Longitudo Connector sarcina
0= 0~70°C1=-40~+85°C 1271…

1471

1491

...

1611

0=nudum fibre1= 900um tube laxum

2 = 2mm cable

3=3mm cable

05=0.5m10=1.0m

15=1.5m

0=none1=FC/PC

2=FC/APC

3=SC/PC

4=SC/APC

5=LC/UPC

6=LC/APC

VII = alii

...

0=Standard1=Special