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1X2 Fiber Splitter , SC/PC Plastic ABS Box Fiber Optic PLC Splitter

Item No.: Y-FO-FS-004
The Fiber Splitter Provides a Low Cost Power Distribution Solution with Small Form Factor and High Reliability, wide operating wavelength range and good channel-to channel uniformity.
Description Parameters Company Profile Related Product
Description:
PLC Splitter is Based on the Planar Waveguide Technology. It Provides a Low Cost Power Distribution Solution with
Small Form Factor and High Reliability, wide operating wavelength range and good channel-to channel uniformity,
and is widely used in PON net
This is a 1X2 Fiber Splitter product sold by OPELINK. The ABS BOX package ensures the safety of the PLC Splitter, and the SC/PC SM Pigtail provides excellent transmission performance

Features:
Low Insertion loss
Low PDL
High Return Loss
Uniform Power Splitting
Compact Design
Wide Operating Wavelength
Wide Operating Temperature
Excellent Environmental & Mechanical Stability
Qualified Under Telcordia GR-1221 and GR-1209

 
Applications:

FTTx (FTTB, FTTH, FTTC)
Passive Optical Networks (PON)
Local Area Networks (LAN)
CATV Systems
Test Equipments


Ordering Information:
Structure Package
Type
Pigtail In Pigtail Out Connector Fiber Core Pigtail Length Package
1002=1X2  1004=1X4 1032=1X32
1064=1x64
2002=2X2  2004=2X4
2008=2X8  2032=2X32
2064=2X64
xxxx=other
M= Miniature Package
B= Box package
R= Rack Mount
P= Blade Package
B=250um bare  fiber
L=900um loose  tube
2=2.0mm
3=3.0mm
A=Adaptor
XX= other
B=250um bare  fiber
L=900um loose  tube
2=2.0mm
3=3.0mm
A=Adaptor
XX= other
SU=SC/UPC   SA=SC/APC
FU=FC/UPC    FA=FC/APC
ST=ST/UPC    LA=LC/APC
LU=LC/UPC    00=NONE
XX=other
S1=G652D
S2= G657A1
M5=50/125
M6=62.5/125
M3=OM3
M4=OM4
XX=other
 
0.5M=0.5M
10M=10M
XXX=other
 
S1,S2...S12
01,02,03,04
U,G,X
Package Size:
Plastic Box package/mm Miniature Package/mm Blade Package/mm Rack Mount/mm
01=100X80X9            02=120X80X18
03=140X114X18         04=90x20x9.5
XX= other
S1=40X4X4
S2=45X4X4
S3=45X4.5X4
S4=50x7x4
S5=60X7X4
S6=60X12X4
S7=65X7X4
S8=80X12X4
S9=80X20X6
S10=90x20x6
S11=100x40x6
S12=55x7x4
21=130X100X25            24=130X100X206
22=130X100X50            25=130X100X284
23=130X100X102          26=130X100X76
XX= other
XU=19 Rack Mount (X=1,2,3,4,)
31=R Type Mount Box
32=Wall-Mount Type
33=ODF Type
XX= other

Specifications:                                                                                    
Parameter Value
Product Type 1×2/2x2 1×4/2x4 1×8/2x8 1×16/2x16 1×32/2x32 1×64/2x64 1×128/2x128
Wavelength(nm) 1260~1650
I.L(dB) Typ. 3.6/4.2 7.1/7.2 10.4/10.6 13.6/13.8 17.2/17.5 20.1/20.5 25.0/25.2
Max. 4.3/4.5 7.4/7.6 10.7/11.0 14.0/14.8 18.0/18.0 21.5/21.5 25.8/25.8
Uniformity(Max.)(dB) 0.5/0.8 0.8/1.0 1.0/1.2 1.4/1.5 1.6/1.8 2.0/2.5 2.6/3.0
PDL(Max.)(dB) 0.2/0.2 0.3/0.3 0.3/0.3 0.3/0.3 0.3/03 0.5/0.5 0.8/1.0
TDL(Max.)(dB) 0.5
R.L(dB) ≥55(APC)/≥55(UPC)
Directivity(dB) ≥55
Operating & Storage
Temperature
-40~+85
Note: All the data above does not include connectors.
UPC Connectors: IL add 0.2 dB, APC Connectors: IL add 0.3 dB.

Review

armandansi
Nov 10, 2021
I am working on a project requiring a fiber optic splitter. The goal here is to recover the light from 24 LEDS to order and transmit it using a single exit lane. Also, I would like to know if you have a fiber separator with 24 fibers in inputs and one output. The wavelength should be between 380nm and 850nm. For a maximum length of 70 cm. The diameter of the fibers should be around 125 micrometer. Thank you
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