passive components catalogue

8/9/2019 Passive Components Catalogue

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HUBER+SUHNER Excellence in Connectivity Solutions

FIBER OPTIC

PASSIVE COMPONENTS

GENERAL CATALOGUE

Edition 2008


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FURTHER FIBER OPTIC CATALOGUES

System catalogue LISAItem Nr. 23040188

CablesItem Nr. 84019826

Cabling systemsItem Nr. 23029084

Connectors and AssembliesItem Nr. 84019828


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1HUBER+SUHNER FIBER OPTICS

Content

Introduction and Terminologypage 2

Couplerspage 4

Multiplexers (WDM)page 24

Coupler and WDM housingspage 27

Attenuatorspage 28

Connector codepage 34


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2 HUBER+SUHNER FIBER OPTICS

Introduction

Fused couplersPassive optical couplers are branching devices with more than 2 fiber ports. Such components distribute the opti-cal power among fibers in a predetermined way. They combine (coupler) or divide (splitter) optical signals inoptical networks. These optical components are used in central offices, customer premises and in outside plantapplications. H+S couplers are manufactured by the fused biconical tapered (FBT) technology. On request thein and outgoing ports of the coupler can be connectorized with all types of connectors. Couplers can be inte-grated into different organiser trays, modules, panels and subassemblies (see System catalogue LISA).

Fused WDMsFused Wavelength Division Multiplexers are 1x2 branching devices used to combine or to divide two differentwavelengths. Due to their manufacturing technology, FBT WDMs have a sinusoidal transfer function. Their main

features are low excess loss, high isolation and high reliability over a narrow wavelength window.

Fiber optic attenuatorsFiber optic attenuators are devices that reduce signal power in fiber optic links by inducing a fixed loss. They areused to control the power level of optical signals at the outputs of light sources and electrical-to-optical (E/O)converters. They are also used to test the linearity and dynamic range of photo sensors and photo detectors.Fiber optic attenuators use different methods of attenuation, such as absorption or scattering.

Quality assurance and traceabilityEach device is identified by a serial number so it is possible at any time to identify the manufacturing param-eters, the workstation, the operator, the material used and the final characterisation measurements.

Screening tests on every single device

Test+Measurement Range

High temperature storage +85 C for 50 hours

Thermal cycling 10 cycles, 40 to +85 C, dwell time 1h, slopes 3 C/min

Insertion loss (see device specifications)

Directivity (see device specifications)

Qualification performance testsTest Range

Temperature cyclingIEC 61300-2-22 40 C to +70C 1h hold time, 1C/min

1h dwell time, 20 cycles

Damp heat IEC 61300-2-19 +85 C / 93% RH for 14 days

Condensation cycling IEC 61300-2-21 10 cycles

Water immersionIEC 61300-2-45 +43 C (2 C), pH of 5.5 (0.5) for 7days

Vibration IEC 61300-2-1 10 to 2.000 Hz, 20gs, 3 axes

Shock IEC 61300-2-9 3 axes, 40gs, 11ms, 5 per each direction

Fiber torsion IEC 61300-2-5 180 twist, 5 times both directions,5 N force

Cable retention IEC 61300-2-42 5 N for 1 min.


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Introduction

Terminologies of passive network components

Term Description

AttenuationThe decrease in signal strength caused by absorption and scattering. Attenuationis usually expressed in dB.

AttenuatorA passive optical component that intentionally reduces the optical power propa-gating in a fiber.

Broadband Covering a wide range of wavelength.

Center wavelength(s) The nominal operating wavelength(s).

CouplerA passive device that distributes optical power among two or more ports. Alsocalled splitter.

Coupling ratio

The percentage of light transferred to a receiving output port with respect to thetotal power of all output ports.

Decibel (dB)Unit for measuring the relative strength of a signal. Power level referenced indecibels to a microwatt.

Demultiplex The process of separating optical channels.

Directivity

Also referred to as nearend crosstalk, it is the amount of power observed at agiven input port with respect to an initial input power.

Excess loss The ratio of the total output power of a passive component with respect to theinput power.

Insertion loss

A sum of attenuation expressed in dB for a particular path through a component.Insertion loss includes excess loss, splitting loss and polarisation effects.

Isolation

Also referred to as far-end cross-talk or far-end isolation. Predominantly used inreference to WDM products, it is a measure of light at an undesired wavelengthat any given port.

Polarisation Dependent Loss (PDL) Variation of insertion loss with respect to SOP (State Of Polarisation).

Return lossLight that is reflected back along the path of transmission, from either the cou-pling region, the connector or a terminated fiber.

UniformityThe maximum insertion loss difference between output ports of a splitter withinoperating bandwidth.

Wavelength Division Multiplexing(WDM)

A transition technique by which separate optical channels, distinguished bywavelength, are multiplexed onto an optical fiber for transmission.

WavelengthThe distance between the same two points on adjacent waves; the time requiredfor a wave to complete a single cycle.

P1 50%

P2 50%

P0 100%

P0R = 0

Pr

P0P1

P2

P0P1

P2

1 + 21 + 2

2 + 1


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4

100%

50%

0%

1260 nm 1360 nm 1480 nm 1580 nm

HUBER+SUHNER FIBER OPTICS

Dual bandDual band couplers can be operated at both centerwavelengths, 1310 nm and 1550 nm.

12 / 22 Dual Band FBT Coupler

Singlemode

Generic specifications

Parameter Value Test method

PDL 0.20 dB IEC 61300-3-2

Directivity 55 dB IEC 61300-3-20

Return loss 55 dB IEC 61300-3-6

Optical power (max.) 500 mW IEC 61300-2-14

Fiber type ITU-T G.652 SMF

Temperature sensitivity (max.) 0.002 dB/C

Typical excess loss 0.10 dB

Operating temperature 25 C to +70 C

Storage temperature 40 C to +85 C

FeaturesLow excess loss

Low polarisation dependent loss (PDL)

Excellent mechanical and environmentalperformance

ApplicationsPassive optical networks (B-PON, G-PON, E-PON)

Network monitoring

CATV

All fiber amplifiers

Performance


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Detail specifications

Parameter Value

Wavelength band 12601360 and 14801580 nm

Uniformity 0.7 dB

Insertion loss (max.) split ratio

50 / 50 % 3.7 dB

40 / 60 % 4.7 / 2.7 dB

30 / 70 % 6.0 / 2.0 dB

20 / 80 % 7.8 / 1.3 dB

10 / 90 % 11.2 / 0.8 dB

5 / 95 % 14.4 / 0.5 dB

1 / 99 % 21.5 / 0.3 dB

Device packaging, standard

Cable/fiber type Package Package dimensions (mm)

Bare fiber, 250 m P1 3.0 mm; L = 50 mm (tubular package)

TPE loose tube, 0.9 mm P2 3.0 mm; L = 70 mm (tubular package)

TPE loose tube, 0.9 mm or simplexcable, 2.0 mm

P3L = 85 mm; W = 18 mm; H = 7.5 mm(ruggedised package)

12 / 22 Dual Band FBT Coupler

Singlemode


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6

100%

50%

0%






Network monitoring

CATV


Single bandSingle band couplers are specially optimised for a sin-gle center wavelength, either for1310 nm or1550 nm.



PDL 0.20 dB IEC 61300-3-2









12 / 22 Single Band FBT Coupler

Singlemode

Performance

1310 nm 40 or 1550 nm 40


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Parameter Value

Wavelength band 1310 40 or 1550 40 nm

Uniformity 0.6 dB


50 / 50 % 3.4 dB

40 / 60 % 4.4 / 2.5 dB

30 / 70 % 5.6 / 1.8 dB

20 / 80 % 7.5 / 1.1 dB

10 / 90 % 10.8 / 0.6 dB

5 / 95 % 14.0 / 0.4 dB

1 / 99 % 21.0 / 0.2 dB






P3L = 85 mm; W = 18 mm; H = 7.5 mm(ruggedised package)

12 / 22 Single Band FBT Coupler

Singlemode


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Ordering code Description

BFC-5050splitting ratio(applies for 12 or 22 couplers only)

0199 1:99 2080 20:80

0298 2:98 3070 30:70

0595 5:95 4060 40:60

1090 10:90 5050 50:50

12 ports

12 2 2

01 wavelengths

01 1310 and 1550 nm dual band

02 1310 nm single band


P2 package

P1 3.0 mm / L=50 mm (for 250 mcoated fiber only)

P2 3.0 mm / L=70 mm for (0.9 mmTPE loose tube)

P3L=85 mm / W=18 mm / H=7.5 mm(for 0.9 mm TPE loose tube

or 2.0 mm cable jacket)001 version number

001 standard, 9 m singlemode fiber

1 cable/fiber length

1 in meters, max. 3 meters

X1 cable/fiber type

X0 250 m fiber with package P1 only(without connectors only)

X10.9 mm TPE loose tubewith package P2 or P3

X3 2.0 mm cable with package P3 only70/70 connector code 1st side / 2nd side

see last page for connector code

BFC-5050-12-01-P2-001-1-X1-70/70ordering code example for fused 12 / 22coupler singlemode

12 / 22 FBT Coupler

Singlemode


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9

12

50/50


1 N / 2 N tree fused couplers are producedthrough a concatenation of 12 couplers.

Dual band couplers can be operated at both centerwavelength, 1310 nm and 1550 nm.

Asymmetric power split ratios upon customer require-ment are possible (e.g. 13 with 5% / 5% / 90%power splitting).

1N / 2N Dual Band Tree Fused Coupler

Singlemode

coupler housing output

input

splice





Network monitoring

CATV




PDL 0.20 dB (N 4) 0.50 dB (N > 4)

IEC 61300-3-2










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Parameter Value

Wavelength band

12601360 and 14801580 nm

insertion loss uniformity

Insertion loss max. /uniformity max.

ports

13 5.8 dB 1.0 dB

14 / 24 7.3 dB 1.2 dB

16 / 26 9.3 dB 1.5 dB

18 / 28 10.8 dB 1.7 dB

112 / 212 12.8 dB 2.0 dB

116 / 216 14 dB 2.3 dB

124 16 dB 2.6 dB

132 18 dB 2.8 dB


Version Package Package dimensions (mm)

13 / 14 / 24 P4 L=100 ; W=80 ; H=7.5

15 / 16 / 26 / 18 / 28 P5 L=136 ; W=96 ; H=9.5

112 / 212 / 116 / 216 P6 L=160 ; W=110 ; H=11

1N / 2N Dual Band Tree Fused Coupler

Singlemode


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11

12

50/50


1 N tree fused couplers are produced through aconcatenation of 12 couplers.

Single band couplers are specially optimised for asingle center wavelength, either for 1310 or 1550 nm.



input

splice


Low polarisation dependent loss (PDL))



Network monitoring

CATV




PDL 0.20 dB (N 4) 0.50 dB (N > 4)

IEC 61300-3-2









1N / 2N Single Band Tree Fused Coupler

Singlemode


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Parameter Value

Wavelength band 1310 40 or 1550 40 nm



ports

13 5.3 dB 0.9 dB

14 / 24 6.8 dB 1.0 dB

16 / 26 8.9 dB 1.3 dB

18 / 28 10.4 dB 1.5 dB

112 / 212 12.0 dB 1.8 dB

116 / 216 13.6 dB 2.0 dB

124 15.5 dB 2.3 dB

132 17.5 dB 2.5 dB



13 / 14 / 24 P4 L=100 ; W=80 ; H=7.5

15 / 16 / 26 / 18 / 28 P5 L=136 ; W=96 ; H=9.5112 / 212 / 116 / 216 P6 L=160 ; W=110 ; H=11

1N / 2N Single Band Tree Fused Coupler

Singlemode


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BFC-TREETREE

(applies for 1N or 2N concatenated tree fused couplers)

14 ports

13 112 212

14 24 116 216

16 26 124

18 28 132

01 wavelengths

01 1310 and 1550 nm dual band



P4 package for 0.9 mm tube jacket or 2.0 mm cable

P4 L=100 mm; W = 80 mm; H = 7.5 mm

P5 L=136 mm; W = 96 mm; H = 9.5 mm

P6 L=160 mm; W = 110 mm; H = 11 mm

001 version number

001 standard, 9 m singlemode fiber

1 cable length


X1 cable type

X1 0.9 mm TPE loose tube

X3 2.0 mm cable

70/70 connector code 1st side / 2nd side


BFC-TREE-14-01-P4-001-1-X1-70/70ordering code example for fused 1N/2N Treecoupler singlemode

1N / 2N Tree Fused Coupler

Singlemode


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14

100%

50%

0%


FeaturesStable environmental performances

Low excess loss

High uniformity

ApplicationsData link, LAN

Network monitoring and mirroring

Optical sensors

Test equipments

BroadbandBroadband couplers are specially optimised for aband range from 800 nm to 1600 nm.





Optical power (max.) 5 W IEC 61300-2-14


Fiber type 50/125 m


Operating temperature 25C to + 70C

Storage temperature 40C to + 85C

12 / 22 Broadband FBT Coupler 50/125 m

Multimode

Performance

800 nm to 1600 nm


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16

100%

50%

0%



Low excess loss

High uniformity



Optical sensors

Test equipments

BroadbandBroadband couplers are specially optimised for aband range from 800 nm to 1600 nm.







Fiber type 62.5/125 m




12 / 22 Broadband FBT Coupler 62.5/125 m

Multimode

Performance

800 nm to 1600 nm


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Detail specifications for 12 or 22 couplers

Parameter Value

Wavelength band 800 1600 nm

Uniformity 1.5 dB (for 50/50)


50 / 50 % 4.9 dB

40 / 60 % 6.0 / 4.0 dB

30 / 70 % 7.0 / 3.0 dB

20 / 80 % 9.0 / 2.0 dB

10 / 90 % 12.8 / 1.8 dB

5 / 95 % 14.0 / 1.5 dB

1 / 99 % 22.0 / 1.0 dB






P3 L = 85 mm; W = 18 mm; H = 7.5 mm (ruggedised package)

12 / 22 Broadband FBT Coupler 62.5/125 m

Multimode


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19

12

50/50


1 N/2 N tree fused couplers are producedthrough a concatenation of 12 couplers.

Broadband couplers are specially optimised for aband range from 800 nm to 1600 nm.


1N/2N Broadband Tree Fused Coupler 50/125 m

Multimode


input

splice


Low excess loss

High uniformity



Optical sensors

Test equipments







Fiber type 50/125 m





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Detail specifications for 1N tree couplers

Parameter Value




ports

13 5.8 dB 1.0 dB

14 / 24 7.3 dB 1.2 dB

18 / 28 10.8 dB 1.7 dB

116 / 216 14.0 dB 2.3 dB



13 / 14 / 24 P4 L=100 ; W=80 ; H=7.5

18 / 28 P5 L=136 ; W=96 ; H=9.5

116 / 216 P6 L=160 ; W=110 ; H=11

1N / 2N Broadband Tree Fused Coupler 50/125 m

Multimode


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21

12

50/50


1 N/2 N tree fused couplers are producedthrough a concatenation of 12 couplers.

Broadband couplers are specially optimised for aband range from 800 nm to 1600 nm.


1N / 2N Broadband Tree Fused Coupler 62.5/125 m

Multimode


input

splice


Low excess loss

High uniformity



Optical sensors

Test equipments





optical power (max.) 5 W IEC 61300-2-14


Fiber type 62.5/125 m





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Detail specifications for 1N tree couplers

Parameter Value




ports

13 5.8 dB 1.0 dB

14 / 24 7.3 dB 1.2 dB

18 / 28 10.8 dB 1.7 dB

116 / 216 14.0 dB 2.3 dB



13 / 14 / 24 P4 L=100 ; W=80 ; H=7.5

18 / 28 P5 L=136 ; W=96 ; H=9.5

116 / 216 P6 L=160 ; W=110 ; H=11

1N / 2N Broadband Tree Fused Coupler 62.5/125 m

Multimode


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BFC-TREETREE

(applies for 1N or 2N concatenated tree fused couplers)

14 ports

13

14 24

18 28

116 216

11 wavelengths

11 800 to 1600 nm broadband

P4 package for 0.9 mm tube jacket or 2.0 mm cable

P4 L=100 mm; W = 80 mm; H = 7.5 mm

P5 L=136 mm; W = 96 mm; H = 9.5 mm

P6 L=160 mm; W = 110 mm; H = 11 mm

500 version number

500 standard, 50 m multimode fiber

600 standard, 62.5 m multimode fiber

1 cable/fiber length


X1 cable/fiber type

X0 250 m fiber with package P1 only(without connectors only)

X1 0.9 mm TPE loose tubewith package P2 or P3

X3 2.0 mm cable with package P3 only



BFC-TREE-14-11-P4-500-1-X1-70/70ordering code example for TREE fused couplermultimode

1N / 2N Broadband Tree Fused Coupler

Multimode


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24

100%

50%

0%

1310 nm 15 1550 nm 15


Fused Wavelength Division Multiplexers (WDM)

Singlemode


High isolation

High reliability

Applications1310 nm / 1550 nm simultaneous operation on asingle fiber

Network monitoring

CATV

Access passive optical network


Parameter Value

Operating wavelength 1310 15 / 1550 15

Directivity 55 dB

Return loss 55 dB



Operating temperature 25 to + 70 C

Storage temperature 40 to + 85 C

WDMWavelength Division Multiplexers (WDMs) allow themultiplexing and demultiplexing of two different wave-length with high isolation and low insertion loss.

Performance


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Parameter Standard High isolation Very high isolation

Version no. 001 002 003

Insertion loss (max.) 0.3 dB 1.0 dB 1.5 dB

Isolation (min.) 17 dB 30 dB 40 dB

PDL(on through channel)

0.15 dB 0.25 dB 0.40 dB


Isolation class Cable/fiber type Package Package dimensions (mm)

Standard bare fiber, 250 m P1 3.0 mm; L = 50 mm

Standard TPE loose tube, 0.9 mm P2 3.0 mm; L = 70 mm

Standard simplex cable, 2.0 mm P3 L = 85 mm; W = 18 mm; H = 7.5 mm

High / very high buffer tube, 0.9 mm P4 L = 100 mm; W = 80 mm; H = 7.5 mm

High / very high simplex cable, 2.0 mm P4 L = 100 mm; W = 80 mm; H = 7.5 mm


Singlemode


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Ordering code DescriptionWDM-12 ports

12

01 wavelengths

01 1310 and 1550 nm

P2 package

P1 3.0 mm:L = 50 mm

for 250 m coated fiber /

standard isolation

(without connectors only)

P2 3.0 mm:L = 70 mm

for 0.9 mm TPE loose tube /

standard isolation

P3L = 85 mmW = 18 mmH = 7.5 mm

for 0.9 mm TPE loose tube

and 2.0 mm cable /

standard isolation

P4L = 100 mmW = 80 mmH = 7.5 mm

for 0.9 mm TPE loose tube

and 2.0 mm cable /

high and very high isolation

001 version number

001 standard

002 high isolation

003 very high isolation

1 cable length1 in meters, max. 3 meters

X1 cable type

X0 250 m fiberX0 = available package: P1

(available without connectors only)

X1 0.9 mm tube X1 = available package: P2, P3, P4

X3 2.0 mm cable X3 = available package: P3, P4



WDM-12-01-P2-001-1-X1-70/70 ordering code example for fused WDM singlemode


Singlemode


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27

3.0

mm

50mm

3.0

mm

70mm

85mm

45mm

18mm

14mm

7.5 mm

100m

m

80mm75mm

80mm

7.5 mm

110mm105mm

11 mm

140m

m160m

m

116m

m136m

m

86mm91mm

9.5 mm

P1P2

P3 P4

P5 P6


Coupler and WDM Housings

Application: for coupler 12, 22 and standard WDM with 250 mcoated fiber (without connectors only)

Application: coupler, standard WDM with 0.9 mm tube

Application: coupler 12, 22 standard WDM with 2 mm cable Application: coupler 13, 14, 24 WDM high isolation and WDMvery high isolation

Application: coupler 15, 16, 26, 18, 28 Application: coupler 112, 212, 116, 216


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28

35.5 mm

12.7mm

9.3mm


Plug Type Attenuator SC

Singlemode

FeaturesPush-pull type

Maximum stability and reliability

Flat spectral response

SC interface according to IEC 61754-4


Multi wavelength systems balancing

Optical power receivers protection

Specifications

Parameter Value singlemode UPC Value singlemode APC Test method

Wavelength bandwidth 1260 nm to 1360 nm and 1460 nm to 1625 nm

Attenuation from 1 to 20 dB, in steps of 1 dB IEC 61300-3-4

Spectral tolerances 15% on nominal attenuation value (att 1 4 dB)

10% on nominal attenuation value (att 5 20 dB)IEC 61300-3-7

Repeatability of IL 0.1 dB over service life

Return loss > 50 dB > 60 dB IEC 61300-3-6

Durability min. 1000 mating cycles


Housing material zinc nickel plated

Housing colour metallic

Ferrule full ceramic

Dimensional drawing


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32/39

30

13.4 mm

(30 mm)4.5 mm

4.5mm 9

.3mm


FeaturesLatched push-pull type, small form factor(1.25 mm ferrule)



LC interface according to IEC 61754-20




Specifications

Parameter Value singlemode UPC Value singlemode APC Test method





Repeatability of IL 0.1 dB over service life

Return loss > 50 dB > 60 dB IEC 61300-3-6



Housing material plastic material, UL94-V0

Housing colour blue green

Dimensional drawing

Plug Type Attenuator LC

Singlemode


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Attenuator Plug Type

Singlemode

Ordering code DescriptionOFA-FSC connector type

FSC (SC)

FCPC

FLC (LC)

U polishing type

U UPC (RL > 50 dB)

A APC (RL > 60 dB)

020 attenuation

020 2 dB

030 3 dB

040 4 dB

050 5 dB

060 6 dB

080 8 dB

100 10 dB

150 15 dB

200 20 dB

other attenuation values upon request

S tolerancesS 15% (14 dB); 10% (520 dB)

01 wavelength

01 1310 and 1550

001 version number

001 - standard

OFA-FSC-P-020-S-01-001 ordering code example for attenuator "plug type"


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Inline Attenuator

Singlemode

FeaturesExcellent uniformity



Low cost / high quality

All current singlemode connectors can beterminated

Applications

Passive optical networks (B-PON, G-PON, E-PON)Telecom, CATV, FTTH



Specifications

Parameter Singlemode PC Singlemode UPC Singlemode APC Test method





Return loss > 45 dB > 50 dB > 60 dB IEC 61300-3-6


Connector type all singlemode connector types (see last page for connector code)

Cable type LSFH, 2.0 mm, blue



Length tolerancesCable length Tolerance (measured from ferrule tip to ferrule tip)

< 1 m 0 / + 100 mm

1 to 5 m 0 / + 100 mm

5 to 10 m 0 / + 2 %


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Ordering code DescriptionOIA inline attenuator

020 attenuation

020 2 dB

030 3 dB

040 4 dB

050 5 dB

060 6 dB

080 8 dB

100 10 dB

150 15 dB

200 20 dB

300 30 dB

other attenuation values upon request

S tolerances

S 15% (14 dB); 10% (520 dB)

01 wavelength

01 1310 and 1550

001 version number

001 - standard01 cable length


X3 cable type

X3 2.0 mm cable



OIA-020-S-01-001-01-X3-70/70 ordering code example for inline attenuator singlemode

Inline Attenuator

Singlemode


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Connectorcode type

00 no connector

20 ST-HQ

22 ST-Security

24 ST-LEAN

30 FCPC

33 FCPC APC wide key

34 FCPC APC small key

40 LSA

43 LSA APC

45 MU

Connectorcode type

70 SC

73 SC APC 8

74 SC APC 9

80 LX.5

83 LX.5 APC

85 LC

86 LC APC

90 LSH (E-2000)

93 LSH (E-2000) APC

Connector Code


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Notes


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Notes


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08

HUBER+SUHNER Excellence in Connectivity Solutions

HUBER+SUHNER is a leading global supplier of components

and systems for electrical and optical connectivity incommunications, industrial and trans portation markets.

HUBER+SUHNER can draw on core competences in the

areas of high frequency technology, fibre optics, cables and

polymers. Working in close collaboration with our customersaround the globe, we strive for excellence in the development

and manufacturing of high quality products.

MMUNICATION INDUSTRYTRANSPORTATION

mmunication Networks/Communication Equipment Railway/Automotive Instrumentation/Space+Defence/Industrial Wiring

HUBER+SUHNER AGRF Technology

HUBER+SUHNER is certified according toISO 9001 and ISO 14001.

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RADIOFREQUENCY

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FIBEROPTIC

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Cables

Asse

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Masterline

Systems Wires+C

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Syst

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