PSxxxxxxxxxxxxx - PLC Splitter Singlemode 1×N

Datasheet
PSxxxxxxxxxxxxx_PLC-Splitter_Rev_A
PSxxxxxxxxxxxxx - PLC Splitter
Singlemode 1×N & 2×N Splitters
For your personal safety, please read the following information carefully before using the product.
LASER SAFETY
When connected this is INVISABLE LASER avoid eye or skin exposure to direct or scattered radiation.
The optical ports of the module need to be terminated with a dust plug in order to avoid contamination.
1.
Overview
PSxxxxxxxxxxxxx is a high performance 1×N or 2×N, single mode, passive power splitter based on PLC technology. The
device uniformly splits the optical signals present at the input ports to multiple output ports.
Power splitters can also be used in the reverse direction in order to combine multiple optical signals present at the
output ports into the input ports.
2.
Applications
• Fiber optic equipment & systems
• CATV networks
• Data communications
• Passive Optical Networks
3.
Optical Specification
1×N Splitters
Parameter
Unit
Insertion Loss (Max.S/P)
Specification
1x2
1x4
1x8
1x16
1x32
1x64
1x128
dB
4.0 / 3.8
7.4 / 7.2
10.7 / 10.5
13.7 / 13.5
16.9 / 16.5
21.0 / 20.5
25.0 / 24.5
Loss Uniformity (Max)
dB
0.4
0.6
0.8
1.2
1.5
2.5
3.0
PDL (Max)
dB
0.2
0.2
0.3
0.3
0.3
0.4
0.4
Return Loss
dB
≥50
Directivity
dB
≥55
Operating Wavelength
nm
1260 to1650
Operating Temperature
°C
-40 to +85
-
G652.D / 657.A1 / G657.A2
Input & Output Fiber Type
2×N Splitters
Specification
Parameter
Unit
2x2
2x4
2x8
2x16
2x32
2x64
Insertion Loss (Max.S/P)
dB
4.2 / 3.9
7.8 / 7.5
11.5 / 11.2
14.5 / 14.2
17.7 / 17.4
21.5 / 21.0
Loss Uniformity (Max)
dB
0.6
1.2
1.5
1.8
2.0
2.7
PDL (Max)
dB
0.2
0.2
0.4
0.4
0.4
0.4
Return Loss
dB
≥50
Directivity
dB
≥55
Operating Wavelength
nm
1260 to 1650
Operating Temperature
°C
-40 to +85
-
G652.D / 657.A1 / G657.A2
Input & Output Fiber Type
Specification subject to change without notice
1
Datasheet
PSxxxxxxxxxxxxx_PLC-Splitter_Rev_A
4.
Mechanical Specification
1×N Splitters
1x2
Package Type 1
(Standard SUS Case
with
Ribbon Fibre for
Output)
Package Type 2
(Standard SUS Case
with
900µm Fibre for Output)
Package Type 3
(Large Hard Case with
900µm or 2mm cable)
Package Type 4
(19”, Rack-mountable
FDF)
1x4
1x8
Material
1x16
1x32
1x64
1x128
60×12×6
80×20×6
100×40×6
TBD
Stainless Steel
Dimension
( L x W x H, mm)
40 × 4 × 4
Material
50×7×4
Stainless Steel
Dimension
( L x W x H, mm)
60×7×4
60×12×5
Material
80×20×6
ABS
Dimension
( L x W x H, mm)
100×80×10
120×80×18
140×114×18
Material
Stainless Steel
Dimension
( L x W x H, mm)
482.6 x 200 x 43.6 (1U)
Duplex Adaptor
TBD
2×N Splitters
2x2
Package Type 1
(Standard SUS Case with
Ribbon Fibre for Output)
Package Type 2
(Standard SUS Case with
900µm Fibre for Output)
Package Type 3
(Large Hard Case with
900µm or 2mm cable)
Package Type 4
(19”, Rack-mountable
FDF)
2x4
Material
Dimension
( L x W x H, mm)
50×4×4
2x32
60×7×4
60×7×4
80×12×5
70×12×4
100×20×6
100×40×6
ABS
100×80×10
120×80×18
Material
Stainless Steel
Dimension
( L x W x H, mm)
482.6×200×43.6 (1U)
Duplex Adaptor
Specification subject to change without notice
2x64
Stainless Steel
Material
Dimension
( L x W x H, mm)
2x16
Stainless Steel
Material
Dimension
( L x W x H, mm)
2x8
140×114×18
2
Datasheet
PSxxxxxxxxxxxxx_PLC-Splitter_Rev_A
5.
Ordering Information
PS(a)(b)(c)(d)(e)(f)(g)(h)(i)(j)(kkk)
(a)
(b)
(c)
Input Ports Output Ports Package
1= 1×(b)
2= 2×(b)
2= (a)x2
3= (a)x3
4= (a)x4
6= (a)x6
8= (a)x8
A= (a)x16
B= (a)x32
C= (a)x64
(d)
(e)
Optical Spec. Input Fibre Configuration
0=Standard S= Standard
1=Small HC P= Premium
2=Large HC
3=Rack 1U
(f)
(g)
Input Fibre Input Connector/
Length
Adapter
0=G652D 250µm Bare Fibre
A= 0.5m
1=G652D 900µm Loose Tube 1= 1.0m
2=G652D 900µm Tight Buffer B= 1.5m
2= 2.0m
3=G652D 2mm Cable
4=G652D 3mm Cable
A=G657A1 250µm Bare Fibre
B=G657A1 900µm Loose Tube
C=G657A1 900µm Tight Buffer
D=G657A1 2mm Cable
E=G657A1 3mm Cable
N=G657A2 250µm Bare Fibre
O=G657A2 900µm Loose Tube
P=G657A2 900µm Tight Buffer
Q=G657A2 2mm Cable
R=G657A2 3mm Cable
A= no connector
B= FC/UPC
C= FC/APC
D= SC/UPC
E= SC/APC
F= LC/UPC
G= LC/APC
H= E2000
(h)
Output Fibre Configuration
(i)
(j)
(k)
Output Fibre Output Connector/ Customization
Length
Adapter
0=G652D 250µm Bare Fibre
1=G652D 900µm Loose Tube
2=G652D 900µm Tight Buffer
3=G652D 2mm Cable
4=G652D 3mm Cable
5=G652D 250µm 1×8 Ribbon Cable
6=G652D 250µm 2×8 Ribbon Cable
7=G652D 250µm 4×8 Ribbon Cable
A=G657A1 250µm Bare Fibre
B=G657A1 900µm Loose Tube
C=G657A1 900µm Tight Buffer
D=G657A1 2mm Cable
E=G657A1 3mm Cable
F=G657A1 250µm 1×8 Ribbon Cable
G=G657A1 250µm 2×8 Ribbon Cable
H=G657A1 250µm 4×8 Ribbon Cable
N=G657A2 250µm Bare Fibre
O=G657A2 900µm Loose Tube
P=G657A2 900µm Tight Buffer
Q=G657A2 2mm Cable
R=G657A2 3mm Cable
S=G657A2 250µm 1×8 Ribbon Cable
T=G657A2 250µm 2×8 Ribbon Cable
U=G657A2 250µm 4×8 Ribbon Cable
A= 0.5m
1= 1.0m
B= 1.5m
2= 2.0m
Skylane Optics® supplies a broad range of optical
transceivers. Our engineers work closely with our
customers to find the best solutions for every
application. We are committed to provide high
quality products and services to our customers.
For questions on this product please contact:
support@skylaneoptics.com
A= no connector
B= FC/UPC
C= FC/APC
D= SC/UPC
E= SC/APC
F= LC/UPC
G= LC/APC
H= E2000
000=Generic
xxx=Customization
Beyond
Quality
Reliable
Alliance
Performing
Smartly
Specification subject to change without notice
3
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