Fiber Optic. Passive Components Edition 2009

Transcription

1 Fiber Optic Passive Components Edition 2009

2 Reliably connected to your network

3 Your partner for system solutions The HUBER+SUHNER Group is a leading global supplier of components and systems for electrical and optical connectivity. Our customers in Communications, Industrial and Transportation markets appreciate that we are specialists with detailed knowledge of practical applications. We offer technical expertise in radio frequency technology, fiber optics and lowfrequency under one roof, thus providing a unique basis for continual innovation focused on the needs of our customers all over the world. HUBER+SUHNER offers a wide asssortment of passive optical network components, optimized for applications in data centers and Fiber To The Home (FTTH). Due to the rapidly growing demands on the passive optical networks (PON) HUBER+SUHNER develops innovative and customized products and solutions in accordance to the current international standards. Our passive optical network components comply with highest optical and mechanical specifications. Excellence in Connectivity Solutions

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5 Content Introduction and terminology 4 Fused couplers (FBT) singlemode 6 Planar splitters (PLC) singlemode 12 Fused couplers (FBT) multimode 22 Multiplexers (WDM) 28 Attenuators plug type 31 Attenuators in-line 37 Connector code 39 Excellence in Connectivity Solutions

6 Introduction Terminologies of passive network components Terms Attenuation Attenuator Bidirectional Broadband Device Center Wavelength Coupler Decibel (db) Demultiplexer Directivity Dual Window Excess Loss Fused Biconical Tapering (FBT) Insertion Loss (IL) Isolation Multiplexer Operating Wavelength Polarisation Dependent Loss (PDL) Planar Lightwave Circuit (PLC) Return Loss (RL) Single Window Splitter Splitting Ratio Uniformity Wavelength Division Multiplexing (WDM) Description Reduction of the signal magnitude, or loss, caused by absorption and scattering. Normally expressed in decibels (db) A passive device for reducing the amplitude of a signal without appreciably distorting the waveform A device, operating in both directions Optical broadband devices, covering a wide range of wavelengths The nominal operating wavelength of an optical device A bidirectional device with three or more fiber ends, combining the signals of two or more input ports into one output port. Also referred as splitter. A logarithmic unit of measurement for calculating the attenuation of an optical device or an optical system. A change of -3dB equates to the halving of the optical power A device that separates two or more multiplexed signals into its original single signals; the inverse of a multiplexer The amount of undesired optical signals observed at a given input port of a device. Also referred as near-end crosstalk (NEXT) A passive optical component that is optimised to operate a two different center wavelengths. For example at 1310 nm and 1550 nm Attenuation, or loss, of the optical component itself, not included any other attenuation effects of the device A manufacturing process for passive optical network components. It consist of twisting two bare fibers exactly to each other, stretching and then fusing the fibers together; tapering A sum of excess loss, splitting loss and loss caused by other optical effects The amount of undesired optical signals observed at a given output port of a device. Also referred as far-end crosstalk (FEXT) A device that combines two or more signals into a single output; the inverse of a demultiplexer. Multiplexer are usually operating bidirectional The wavelength, or wavelength range, on that a passive optical component is optimised for operating Attenuation caused by the state of polarisation (SOP). This optical effect results in a deviation between the maximum and minimum of loss on an optical device A manufacturing process for optical passive network components. It consist of a waveguide array that is applied to a silica chip by using a photolithographic masking process The ratio of optical power reflected back along the path of transmission, from either the coupling region, a connector or a terminated fiber. Normally expressed in decibels (db) A passive optical component that is optimised to operate at a single specified center wavelengths. For example at 1310 nm or 1550 nm A bidirectional device with three or more fiber ends, divides the signal of one input port into two ore more output ports. Also referred as coupler The percentage of optical power transferred to an output port of an optical device, with respect to the total power on all output ports of the device The maximum deviation of insertion loss between the different ports on a device within the operating wavelength Transmitting various signals at different wavelengths through the same fiber 4

7 Introduction Overview of optical transmission bands Band Wavelength range Description O Band 1260 nm 1360 nm Original band E Band 1360 nm 1460 nm Extended band S Band 1460 nm 1530 nm Short wavelength band C Band 1530 nm 1565 nm Conventional band L Band 1565 nm 1625 nm Long wavelength band U Band 1625 nm 1675 nm Ultra long wavelength band Conversion of attenuation to transmission ratio and attenuation ratio Attenuation (db) Transmition ratio (%) Attenuation ratio (%) 1.0 db ~ % ~ % 2.0 db ~ % ~ % 3.0 db ~ % ~ % 4.0 db ~ % ~ % 5.0 db ~ % ~ % 6.0 db ~ % ~ % 7.0 db ~ % ~ % 8.0 db ~ % ~ % 9.0 db ~ % ~ % 10.0 db ~ % ~ % 11.0 db ~ 7.90 % ~ % 12.0 db ~ 6.30 % ~ % 13.0 db ~ 5.00 % ~ % 14.0 db ~ 4.00 % ~ % 15.0 db ~ 3.20 % ~ % 16.0 db ~ 2.50 % ~ % 17.0 db ~ 2.00 % ~ % 18.0 db ~ 1.60 % ~ % 19.0 db ~ 1.30 % ~ % 20.0 db ~ 1.00 % ~ % 5

8 1 2 / 2 2 Dual Window FBT Coupler Features Low excess loss Low polarisation dependent loss (PDL) Excellent mechanical and environmental performance Applications Passive optical networks (B-PON, G-PON, E-PON) CATV networks and data communications Network monitoring Generic specifications Parameter Unit 50/50 40/60 30/70 20/80 10/90 5/95 1/99 Operating wavelength nm and Insertion loss * db / / / / / /0.3 Uniformity * db 0.7 n/a PDL * db 0.2 Return loss * db 55 Directivity db 55 Operating temperature C 25 to + 70 Package dimension P1, P2, P3 * Without connector loss Dimensional drawings Ø 3.0 Ø P1: Tubular package with 250 µm bare fibers P2: Tubular package with 0.9 mm buffered fibers P3: Ruggedised package with 0.9 mm buffered fibers or 2.0 mm cables 6

9 1 2 / 2 2 Single Window FBT Coupler Features Low excess loss Low polarisation dependent loss (PDL) Excellent mechanical and environmental performance Applications Passive optical networks (B-PON, G-PON, E-PON) CATV networks and data communications Network monitoring Generic specifications Parameter Unit 50/50 40/60 30/70 20/80 10/90 5/95 1/99 Operating wavelength nm 1310 ± 40 or 1550 ± 40 Insertion loss * db / / / / / /0.2 Uniformity * db 0.6 n/a PDL * db 0.2 Return loss * db 55 Directivity db 55 Operating temperature C 25 to + 70 Package dimension P1, P2, P3 * Without connector loss Dimensional drawing Ø 3.0 Ø P1: Tubular package with 250 µm bare fibers P2: Tubular package with 0.9 mm buffered fibers P3: Ruggedised package with 0.9 mm buffered fibers or 2.0 mm cables 7

10 1 2 / 2 2 FBT Coupler Ordering code BFC-5050 Description splitting ratio (applies for 1 2 or 2 2 couplers only) : : : : : : : ports wavelengths and 1550 nm dual window nm single window nm single window P2 package P1 Ø 3.0 mm / L=50 mm (for 250 µm coated fiber only) P2 Ø 3.0 mm / L=70 mm (for 0.9 mm TPE loose tube) P3 L=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 µm singlemode fiber 1 cable/fiber length 1 in meters, max. 3 meters X1 cable/fiber type X0 250 µm fiber with package P1 only (without connectors only) X1 0.9 mm TPE loose tube with package P2 or P3 X3 2.0 mm cable with package P3 only 70/70 connector code 1 st side / 2 nd side see last page for connector code BFC P X1-70/70 ordering code example for fused 1 2 / 2 2 coupler singlemode 8

11 1 N / 2 N Dual Window Tree Fused Coupler Features Low excess loss Low polarisation dependent loss (PDL) Excellent mechanical and environmental performance Applications Passive optical networks (B-PON, G-PON, E-PON) CATV networks Data communications Generic specifications Parameter Unit / / / / /2 16 Operating wavelength nm and Insertion loss * db Uniformity * db PDL * db Return loss * db 55 Directivity db 55 Operating temperature C 25 to + 70 Package dimension P4 P5 P6 * Without connector loss The splitting ratio on tree fused couplers is generally equal. Asymmetric splitting ratios are available upon request (e.g. 1 3 splitter with 10% 10% 80% splitting ratio) Dimensional drawing P4: Ruggedised package with 0.9 mm buffered fibers or 2.0 mm cables P5: Ruggedised package with 0.9 mm buffered fibers or 2.0 mm cables P6: Ruggedised package with 0.9 mm buffered fibers or 2.0 mm cables 9

12 1 N / 2 N Single Window Tree Fused Coupler Features Low excess loss Low polarisation dependent loss (PDL)) Excellent mechanical and environmental performance Applications Passive optical networks (B-PON, G-PON, E-PON) CATV networks Data communication Generic specifications Parameter Unit / / / / /2 16 Operating wavelength nm 1310 ± 40 or 1550 ± 40 Insertion loss * db Uniformity * db PDL * db Return loss * db 55 Directivity db 55 Operating temperature C 25 to + 70 Package dimension P4 P5 P6 * Without connector loss The splitting ratio on tree fused couplers is generally equal. Asymmetric splitting ratios are available upon request (e.g. 1 3 splitter with 10% 10% 80% splitting ratio) Dimensional drawing P4: Ruggedised package with 0.9 mm buffered fibers or 2.0 mm cables P5: Ruggedised package with 0.9 mm buffered fibers or 2.0 mm cables P6: Ruggedised package with 0.9 mm buffered fibers or 2.0 mm cables 10

13 1 N / 2 N Tree Fused Coupler Ordering code BFC-TREE Description TREE (applies for 1 N or 2 N concatenated tree fused couplers) 1 4 ports wavelengths and 1550 nm dual window nm single window nm single window 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 µm singlemode fiber 1 cable length 1 in meters, max. 3 meters X1 cable type X1 0.9 mm TPE loose tube X3 2.0 mm cable 70/70 connector code 1st side / 2nd side see last page for connector code BFC-TREE P X1-70/70 ordering code example for Tree fused coupler singlemode 11

14 PLC Broadband Splitter Module Version with Ribbon Fiber Features PLC technology Low insertion loss, low PDL and small uniformity High temperature range Small design with up to 64 outputs Available in 1 N and 2xN configurations Applications Passive optical networks (B-PON, G-PON, E-PON) CATV networks and data communications Fiber optic equipments and systems Generic specifications 1 N standard and premium Parameter Unit Operating wavelength nm Insertion loss standard version* db Uniformity standard version* db Insertion loss premium version* db Uniformity premium version* db PDL * db Return loss * db 55 Directivity db 55 Operating temperature C 40 to + 85 Package dimension (L W H) mm x 12 x 4 * Without connector loss Generic specifications 2 N Standard and Premium Parameter Unit Operating wavelength nm Insertion loss standard version* db Insertion loss premium version* db Uniformity * db PDL * db Return loss * db 55 Directivity db 55 Operating temperature C 40 to + 85 Package dimension (L W H) mm * Without connector loss 12

15 PLC Broadband Splitter Module Version with Ribbon Fiber Dimensional drawings L W H Output length Input length 250 µm or 0.9 mm input fiber and ribbon output fiber L W Input length Ribbon length H Output length 250 µm or 0.9 mm input fiber and deribbonised 250 µm output fiber 13

16 PLC Broadband Splitter Module Version with Ribbon Fiber Dimensional drawings L W Manifold divider Input length Ribbon length H Output length 250 µm or 0.9 mm input fiber and ribbon fiber* output with manifold divider(s)**, no connectors L W Manifold divider Input length Ribbon length H Output length Connector terminated 0.9 mm input fiber and ribbon fiber * output with manifold divider(s) ** and connector terminated 0.9 mm loose tubes Note: * 1 2 and 1 4 splitter with fourfold ribbon fiber * 1 8 to 1 16 splitter with eightfold ribbon fiber(s) ** one manifold divider required per ribbon fiber Any other configuration on request. 14

17 PLC Broadband Splitter Module Version with Ribbon Fiber Order Code PLC ports Description planar lightwave circuit grade 0 1 standard grade premium grade 4 package 4 module package 001 sub-version 001 standard subversion 0 input fiber type Example: PLC / output fiber type input fiber length µm buffered fiber 0.9 mm buffered fiber µm deribbonised fiber 0.9 mm loose tube (with manifold divider) ribbon fiber 0.5 m 1.0 m 1.5 m 2.0 m 10 output fiber length m 1.0 m 1.5 m 2.0 m 83/ input connector type see connector table below 83 output connector type see connector table below Code Connector 00 none 30 FCPC 33 FCPC APC wide key 34 FCPC APC small key 70 SC Code Connector 73 SC APC 8 74 SC APC 9 80 LX.5 83 LX.5 APC Code Connector 85 LC 86 LC APC 90 LSH (E-2000 ) 93 LSH (E-2000 ) APC E-2000 is manufactured under licence of DIAMOND SA, CH LOSONE 15

18 PLC Broadband Splitter Small Hard Case Version Features PLC technology Low insertion loss, low PDL and small uniformity High temperature range Small design with up to 64 outputs Available in 1 N and 2 N configurations Applications Passive optical networks (B-PON, G-PON, E-PON) CATV networks and data communications Fiber optic equipments and systems Generic specifications 1 N standard and premium Parameter Unit Operating wavelength nm Insertion loss standard version* db Uniformity standard version* db Insertion loss premium version* db Uniformity premium version* db PDL * db Return loss * db 55 Directivity db 55 Operating temperature C 40 to + 85 Package dimension (L W H) mm upon request * Without connector loss Generic specifications 2 N Standard and Premium Parameter Unit Operating wavelength nm Insertion loss standard version* db Insertion loss premium version* db Uniformity * db PDL * db Return loss * db 55 Directivity db 55 Operating temperature C 40 to + 85 Package dimension (L W H) mm * Without connector loss 16

19 PLC Broadband Splitter Small Hard Case Version Dimensional drawing L W Input length H Output length Small hard case version with 900 µm buffered fibers on input and output L W Input length H Output length Small hard case version with connector terminated 900 µm buffered fibers on input and output 17

20 PLC Broadband Splitter Small Hard Case Version Order Code PLC ports Description planar lightwave circuit grade 0 standard grade 1 premium grade 8 package 8 small hard case package 001 sub-version 001 standard subversion 1 input fiber type mm buffered fiber 1 output fiber type mm buffered fiber 10 input fiber length Example: PLC / m 1.0 m 1.5 m 2.0 m 10 output fiber length m 1.0 m 1.5 m 2.0 m 83/ input connector type see connector table below 83 output connector type see connector table below Code Connector 00 none 30 FCPC 33 FCPC APC wide key 34 FCPC APC small key 70 SC Code Connector 73 SC APC 8 74 SC APC 9 80 LX.5 83 LX.5 APC Code Connector 85 LC 86 LC APC 90 LSH (E-2000TM) 93 LSH (E-2000TM) APC E-2000 is manufactured under licence of DIAMOND SA, CH LOSONE 18

21 PLC Broadband Splitter Standard Hard Case Version Features PLC technology Low insertion loss, low PDL and small uniformity High temperature range Small design with up to 64 outputs Available in 1 N and 2 N configurations Applications Passive optical networks (B-PON, G-PON, E-PON) CATV networks and data communications Fiber optic equipments and systems Generic specifications 1 N standard and premium Parameter Unit Operating wavelength nm Insertion loss standard version* db Uniformity standard version* db Insertion loss premium version* db Uniformity premium version* db PDL * db Return loss * db 55 Directivity db 55 Operating temperature C 40 to + 85 Package dimension** (L W H) mm x 100 x 20 * Without connector loss Generic specifications 2 N Standard and Premium Parameter Unit Operating wavelength nm Insertion loss standard version* db Insertion loss premium version* db Uniformity * db PDL * db Return loss * db 55 Directivity db 55 Operating temperature C 40 to + 85 Package dimension ** (L W H) mm * Without connector loss ** The package material is aluminium, black 19

22 PLC Broadband Splitter Standard Hard Case Version Dimensional drawing L W Input/output length H Standard hard case version with 0.9 mm buffered fibers or 2.0 mm cables on input and output L W Input/output length H Standard hard case version with connector terminated 0.9 mm buffered fibers or 2.0 mm cables on input and output 20

23 PLC Broadband Splitter Standard Hard Case Version Order Code PLC ports Description 0 grade package Example: PLC /83 planar lightwave circuit standard grade premium grade standard hard case package (material: aluminium, black) 001 sub-version 001 standard subversion 2 input fiber type output fiber type input fiber length mm buffered fiber 2.0 mm cable 0.9 mm buffered fiber 2.0 mm cable 0.5 m 1.0 m 1.5 m 2.0 m 10 output fiber length m 1.0 m 1.5 m 2.0 m 83/ input connector type see connector table below 83 output connector type see connector table below Code Connector 00 none 30 FCPC 33 FCPC APC wide key 34 FCPC APC small key 70 SC Code Connector 73 SC APC 8 74 SC APC 9 80 LX.5 83 LX.5 APC Code Connector 85 LC 86 LC APC 90 LSH (E-2000TM) 93 LSH (E-2000TM) APC E-2000TM is manufactured under licence of DIAMOND SA, CH LOSONE 21

24 1 2 / 2 2 Broadband FBT Coupler 50/125 µm Multimode Features Stable environmental performances Low excess loss High uniformity Applications Data link, LAN Network monitoring and mirroring Optical sensors Test equipments Generic specifications Parameter Unit 50/50 40/60 30/70 20/80 10/90 5/95 1/99 Operating wavelength nm Insertion loss * db / / / / / /1.5 Uniformity * db 1.5 n/a Return loss * db 40 Directivity db 40 Operating temperature C 25 to + 70 Package dimension P1, P2, P3 * Without connector loss Dimensional drawing Ø 3.0 Ø P1: Tubular package with 250 µm bare fibers P2: Tubular package with 0.9 mm buffered fibers P3: Ruggedised package with 0.9 mm buffered fibers or 2.0 mm cables 22

25 1 2 / 2 2 Broadband FBT Coupler 62.5/125 µm Multimode Features Stable environmental performances Low excess loss High uniformity Applications Data link, LAN Network monitoring and mirroring Optical sensors Test equipments Generic specifications Parameter Unit 50/50 40/60 30/70 20/80 10/90 5/95 1/99 Operating wavelength nm Insertion loss * db / / / / / /1.0 Uniformity * db 1.5 n/a Return loss * db 40 Directivity db 40 Operating temperature C 25 to + 70 Package dimension P1, P2, P3 * Without connector loss Dimensional drawing Ø 3.0 Ø P1: Tubular package with 250 µm bare fibers P2: Tubular package with 0.9 mm buffered fibers P3: Ruggedised package with 0.9 mm buffered fibers or 2.0 mm cables 23

26 1 2 / 2 2 Broadband FBT Coupler Multimode Ordering code BFC-5050 Description splitting ratio (applies for 1 2 or 2 2 couplers only) : : : : : : : ports wavelengths to 1600 nm broadband P2 package P1 Ø 3.0 mm / L=50 mm (for 250 µm coated fiber only) P2 Ø 3.0 mm / L=70 mm (for 0.9 mm TPE loose tube only) P3 L=85 mm / W=18 mm / H=7.5 mm (for 0.9 mm TPE loose tube or 2.0 mm cable jacket) 500 version number 500 standard, 50 µm multimode fiber 600 standard, 62.5 µm multimode fiber 1 cable/fiber length 1 in meters, max. 3 meters X1 cable/fiber type X0 250 µm fiber with package P1 only (without connectors only) X1 0.9 mm TPE loose tube with package P2 or P3 X3 2.0 mm cable with package P3 only 70/70 connector code 1st side / 2nd side see last page for connector code BFC P X1-70/70 ordering code example for fused 1 2 / 2 2 coupler multimode 24

27 1 N/2 N Broadband Tree Fused Coupler 50/125 µm Multimode Features Stable environmental performances Low excess loss High uniformity Applications Data link, LAN Network monitoring and mirroring Optical sensors Test equipments Generic specifications Parameter Unit / / /2 16 Operating wavelength nm Insertion loss * db Uniformity * db Return loss * db 40 Directivity db 40 Operating temperature C 25 to + 70 Package dimension P4 P5 P6 * Without connector loss The splitting ratio on tree fused couplers is generally equal. Asymmetric splitting ratios are available upon request (e.g. 1 3 splitter with 10% 10% 80% splitting ratio) Dimensional drawing P4: Ruggedised package with 0.9 mm buffered fibers or 2.0 mm cables P5: Ruggedised package with 0.9 mm buffered fibers or 2.0 mm cables P6: Ruggedised package with 0.9 mm buffered fibers or 2.0 mm cables 25

28 1 N / 2 N Broadband Tree Fused Coupler 62.5/125 µm Multimode Features Stable environmental performances Low excess loss High uniformity Applications Data link, LAN Network monitoring and mirroring Optical sensors Test equipments Generic specifications Parameter Unit / / /2 16 Operating wavelength nm Insertion loss * db Uniformity * db Return loss * db 40 Directivity db 40 Operating temperature C 25 to + 70 Package dimension P4 P5 P6 * Without connector loss The splitting ratio on tree fused couplers is generally equal. Asymmetric splitting ratios are available upon request (e.g. 1 3 splitter with 10% 10% 80% splitting ratio) Dimensional drawing P4: Ruggedised package with 0.9 mm buffered fibers or 2.0 mm cables P5: Ruggedised package with 0.9 mm buffered fibers or 2.0 mm cables P6: Ruggedised package with 0.9 mm buffered fibers or 2.0 mm cables 26

29 1 N / 2 N Broadband Tree Fused Coupler Multimode Ordering code BFC-TREE Description TREE (applies for 1 N or 2 N concatenated tree fused couplers) 1 4 ports wavelengths 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 µm multimode fiber 600 standard, 62.5 µm multimode fiber 1 cable/fiber length 1 in meters, max. 3 meters X1 cable/fiber type X1 0.9 mm TPE loose tube X3 2.0 mm cable 70/70 connector code 1st side / 2nd side see last page for connector code BFC-TREE P X1-70/70 ordering code example for TREE fused coupler multimode 27

30 Fused Wavelength Division Multiplexers (WDM) Features Low excess loss High isolation High reliability Applications 1310 nm / 1550 nm simultaneous operation on a single fiber Network monitoring CATV Access passive optical network Generic specifications Parameter Unit Standard isolation High isolation Operating wavelength nm 1310 ± 10 and 1550 ± 10 Insertion loss * db Uniformity * db PDL on through channels* db Isolation * db Return loss * db 55 Directivity db 55 Operating temperature C 25 to + 70 Package dimension P1, P2, P3 P4 * Without connector loss 28

31 Fused Wavelength Division Multiplexers (WDM) Dimensional drawing Ø 3.0 Ø 3.0 P1: Tubular package with 250 µm bare fibers P2: Tubular package with 0.9 mm buffered fibers P3: Ruggedised package with 0.9 mm buffered fibers or 2.0 mm cables P4: Ruggedised package with 0.9 mm buffered fibers or 2.0 mm cables 29

32 Fused Wavelength Division Multiplexers (WDM) Ordering code WDM-1 2 Description ports wavelengths and 1550 nm P2 package P1 Ø 3.0 mm: L = 50 mm Ø 3.0 mm: P2 L = 70 mm L = 85 mm P3 W = 18 mm H = 7.5 mm L = 100 mm P4 W = 80 mm H = 7.5 mm 001 version number 001 standard 002 high isolation 1 cable length 1 in meters, max. 3 meters X1 cable type for 250 µm coated fiber / standard isolation (without connectors only) for 0.9 mm TPE loose tube / standard isolation for 0.9 mm TPE loose tube and 2.0 mm cable / standard isolation for 0.9 mm TPE loose tube and 2.0 mm cable / high isolation X0 = available package: P1 X0 250 µm fiber (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 70/70 connector code 1 st side / 2 nd side see last page for connector code WDM P X1-70/70 ordering code example for fused WDM singlemode 30

33 Plug Type Attenuator SC Features Push-pull type Maximum stability and reliability Flat spectral response SC interface according to IEC Applications Passive optical networks (B-PON, G-PON, E-PON) 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 30 db, in steps of 1 db IEC Spectral tolerances ± 15% on nominal attenuation value (att 1 4 db) ± 10% on nominal attenuation value (att 5 30 db) IEC Repeatability of IL ± 0.1 db over service life Return loss > 50 db > 60 db IEC Durability min mating cycles Operating temperature 25 C to + 70 C Housing material Housing colour Ferrule zinc nickel plated metallic full ceramic Dimensional drawing 32.6 mm 12.8 mm 9.1 mm 31

34 Ordering Information Plug Type Attenuator SC Plug Type Attenuator SC/UPC Plug Type Attenuator SC/APC Attenuation Item no. Description 1.0dB OFA-FSC-U-010-S dB OFA-FSC-U-020-S dB OFA-FSC-U-030-S dB OFA-FSC-U-040-S dB OFA-FSC-U-050-S dB OFA-FSC-U-060-S dB OFA-FSC-U-070-S dB OFA-FSC-U-080-S dB OFA-FSC-U-090-S dB OFA-FSC-U-100-S dB OFA-FSC-U-110-S dB OFA-FSC-U-120-S dB OFA-FSC-U-130-S dB OFA-FSC-U-140-S dB OFA-FSC-U-150-S dB OFA-FSC-U-160-S dB OFA-FSC-U-170-S dB OFA-FSC-U-180-S dB OFA-FSC-U-190-S dB OFA-FSC-U-200-S dB OFA-FSC-U-210-S dB OFA-FSC-U-220-S dB OFA-FSC-U-230-S dB OFA-FSC-U-240-S dB OFA-FSC-U-250-S dB OFA-FSC-U-260-S dB OFA-FSC-U-270-S dB OFA-FSC-U-280-S dB OFA-FSC-U-290-S dB OFA-FSC-U-300-S Attenuation Item no. Description 1.0dB OFA-FSC-A-010-S dB OFA-FSC-A-020-S dB OFA-FSC-A-030-S dB OFA-FSC-A-040-S dB OFA-FSC-A-050-S dB OFA-FSC-A-060-S dB OFA-FSC-A-070-S dB OFA-FSC-A-080-S dB OFA-FSC-A-090-S dB OFA-FSC-A-100-S dB OFA-FSC-A-110-S dB OFA-FSC-A-120-S dB OFA-FSC-A-130-S dB OFA-FSC-A-140-S dB OFA-FSC-A-150-S dB OFA-FSC-A-160-S dB OFA-FSC-A-170-S dB OFA-FSC-A-180-S dB OFA-FSC-A-190-S dB OFA-FSC-A-200-S dB OFA-FSC-A-210-S dB OFA-FSC-A-220-S dB OFA-FSC-A-230-S dB OFA-FSC-A-240-S dB OFA-FSC-A-250-S dB OFA-FSC-A-260-S dB OFA-FSC-A-270-S dB OFA-FSC-A-280-S dB OFA-FSC-A-290-S dB OFA-FSC-A-300-S

35 Plug Type Attenuator FC Features Threaded nut type Maximum stability and reliability Flat spectral response FCPC interface according to IEC Applications Passive optical networks (B-PON, G-PON, E-PON) 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 30 db, in steps of 1 db IEC Spectral tolerances ± 15% on nominal attenuation value (att 1 4 db) ± 10% on nominal attenuation value (att 5 30 db) IEC Repeatability of IL ± 0.1 db over service life Return loss > 50 db > 60 db IEC Durability min mating cycles Operating temperature 25 C to + 70 C Housing material Housing colour Ferrule zinc nickel plated metallic full ceramic Dimensional drawing M mm M mm wrench size: male 2.14 mm, 0/ 0.05 female 2.15 mm, 0/

36 Ordering Information Plug Type Attenuator FC Plug Type Attenuator FC/UPC Plug Type Attenuator FC/APC Attenuation Item no. Description 1.0dB OFA-FCPC-U-010-S dB OFA-FCPC-U-020-S dB OFA-FCPC-U-030-S dB OFA-FCPC-U-040-S dB OFA-FCPC-U-050-S dB OFA-FCPC-U-060-S dB OFA-FCPC-U-070-S dB OFA-FCPC-U-080-S dB OFA-FCPC-U-090-S dB OFA-FCPC-U-100-S dB OFA-FCPC-U-110-S dB OFA-FCPC-U-120-S dB OFA-FCPC-U-130-S dB OFA-FCPC-U-140-S dB OFA-FCPC-U-150-S dB OFA-FCPC-U-160-S dB OFA-FCPC-U-170-S dB OFA-FCPC-U-180-S dB OFA-FCPC-U-190-S dB OFA-FCPC-U-200-S dB OFA-FCPC-U-210-S dB OFA-FCPC-U-220-S dB OFA-FCPC-U-230-S dB OFA-FCPC-U-240-S dB OFA-FCPC-U-250-S dB OFA-FCPC-U-260-S dB OFA-FCPC-U-270-S dB OFA-FCPC-U-280-S dB OFA-FCPC-U-290-S dB OFA-FCPC-U-300-S Attenuation Item no. Description 1.0dB OFA-FCPC-A-010-S dB OFA-FCPC-A-020-S dB OFA-FCPC-A-030-S dB OFA-FCPC-A-040-S dB OFA-FCPC-A-050-S dB OFA-FCPC-A-060-S dB OFA-FCPC-A-070-S dB OFA-FCPC-A-080-S dB OFA-FCPC-A-090-S dB OFA-FCPC-A-100-S dB OFA-FCPC-A-110-S dB OFA-FCPC-A-120-S dB OFA-FCPC-A-130-S dB OFA-FCPC-A-140-S dB OFA-FCPC-A-150-S dB OFA-FCPC-A-160-S dB OFA-FCPC-A-170-S dB OFA-FCPC-A-180-S dB OFA-FCPC-A-190-S dB OFA-FCPC-A-200-S dB OFA-FCPC-A-210-S dB OFA-FCPC-A-220-S dB OFA-FCPC-A-230-S dB OFA-FCPC-A-240-S dB OFA-FCPC-A-250-S dB OFA-FCPC-A-260-S dB OFA-FCPC-A-270-S dB OFA-FCPC-A-280-S dB OFA-FCPC-A-290-S dB OFA-FCPC-A-300-S

37 Plug Type Attenuator LC Features Latched push-pull type, small form factor (1.25 mm ferrule) Maximum stability and reliability Flat spectral response LC interface according to IEC Applications Passive optical networks (B-PON, G-PON, E-PON) 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 Spectral tolerances ± 15% on nominal attenuation value (att 1 4 db) ± 10% on nominal attenuation value (att 5 20 db) IEC Repeatability of IL ± 0.1 db over service life Return loss > 50 db > 60 db IEC Durability min mating cycles Operating temperature 25 C to + 70 C Housing material plastic material, UL94-V0 Housing colour blue green Dimensional drawing 13.4 mm 4.5 mm 9.3 mm 4.5 mm 30 mm 35

38 Ordering Information Plug Type Attenuator LC Plug Type Attenuator LC/UPC Plug Type Attenuator LC/APC Attenuation Item no. Description 1.0dB OFA-FLC-U-010-S dB OFA-FLC-U-020-S dB OFA-FLC-U-030-S dB OFA-FLC-U-040-S dB OFA-FLC-U-050-S dB OFA-FLC-U-060-S dB OFA-FLC-U-070-S dB OFA-FLC-U-080-S dB OFA-FLC-U-090-S dB OFA-FLC-U-100-S dB OFA-FLC-U-110-S dB OFA-FLC-U-120-S dB OFA-FLC-U-130-S dB OFA-FLC-U-140-S dB OFA-FLC-U-150-S dB OFA-FLC-U-160-S dB OFA-FLC-U-170-S dB OFA-FLC-U-180-S dB OFA-FLC-U-190-S dB OFA-FLC-U-200-S Attenuation Item no. Description 1.0dB OFA-FLC-A-010-S dB OFA-FLC-A-020-S dB OFA-FLC-A-030-S dB OFA-FLC-A-040-S dB OFA-FLC-A-050-S dB OFA-FLC-A-060-S dB OFA-FLC-A-070-S dB OFA-FLC-A-080-S dB OFA-FLC-A-090-S dB OFA-FLC-A-100-S dB OFA-FLC-A-110-S dB OFA-FLC-A-120-S dB OFA-FLC-A-130-S dB OFA-FLC-A-140-S dB OFA-FLC-A-150-S dB OFA-FLC-A-160-S dB OFA-FLC-A-170-S dB OFA-FLC-A-180-S dB OFA-FLC-A-190-S dB OFA-FLC-A-200-S

39 Inline Attenuator Features Excellent uniformity Maximum stability and reliability Flat spectral response Low cost / high quality All current HUBER+SUHNER singlemode connectors can be terminated Applications Passive optical networks (B-PON, G-PON, E-PON) Telecom, CATV, FTTH Multi wavelength systems balancing Optical power receivers protection Specifications Parameter PC UPC APC Test method Wavelength bandwidth 1260 nm to 1360 nm and 1480 nm to 1580 nm Attenuation from 1 to 30 db, in steps of 1 db IEC Spectral tolerances ± 15% on nominal attenuation value (att 1 4 db) ± 10% on nominal attenuation value (att 5 20 db) IEC Return loss > 45 db > 50 db > 60 db IEC Durability Connector type Cable type min mating cycles all singlemode connector types (see last page for connector code) LSFH, Ø 2.0 mm, blue Operating temperature 25 C to + 70 C Storage temperature 40 C to + 85 C Length tolerances Cable length Tolerance (measured from ferrule tip to ferrule tip) < 1 m 0 / mm 1 to 5 m 0 / mm 5 to 10 m 0 / + 2 % 37

40 Inline Attenuator Ordering code Description OIA inline attenuator 020 attenuation db db db db db db db db db db other attenuation values upon request S tolerances S ± 15% (1 4 db); ± 10% (5 20 db) 01 wavelength and version number standard 01 cable length 01 in meters, max. 3 meters X3 cable type X3 2.0 mm cable 70/70 connector code 1st side / 2nd side see last page for connector code OIA-020-S X3-70/70 ordering code example for inline attenuator singlemode 38

41 Connector Code Connector code 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 Connector code 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 E-2000TM is manufactured under licence of DIAMOND SA, CH LOSONE 39

42 Further catalogues Cables catalogue Item no System catalogue LISA Item no Cabling systems Item no Connectors and Assemblies Item no

43 HUBER+SUHNER is certified according to ISO 9001, ISO 14001, ISO/TS and IRIS. WAIVER It is exclusively in written agreements that we provide our customers with warrants and representations as to the technical specifications and/or the fitness for any particular purpose. The facts and figures contained herein are carefully compiled to the best of our knowledge, but they are intended for general informational purposes only. Huber+Suhner AG Fiber Optics Division Degersheimerstrasse Herisau/Switzerland Tel Fax / hubersuhner.com