SWFC

Ordering Information

Oplink can provide a remarkable range of customized optical solutions. For detail, please contact Oplink’s OEM

design team or account manager for your requirements and ordering information (510) 933-7200.

Insertion Loss (IL) III : 980nm coupler

0

0

Package & Fiber Type

Tap Ratio

Grade

Type

P5 + Corning SMF-28 = 51

P5 + Corning HI1060FLEX = 56

P5 + Corning HI980 = 59

P5 + OFS BF05635-02 = 57

50/50 = 50

45/55 = 45

40/60 = 40

35/65 = 35

30/70 = 30

25/75 = 25

20/80 = 20

15/85 = 15

10/90 = 10

5/95 = 05

3/97 = 03

2/98 = 02

1/99 = 01

Premium Grade = P

A Grade = A

1x2 = 1

2x2 = 2

Wavelength

Fiber Length*

980 nm = 9

1310 nm = 3

C band = 5

S band = 4

L band = 6

C+L band = 1

0.5 Meter = H

1.0 Meter = 1

1.5 Meters = 5

2.0 Meters = 2

Connector Type**

None = 1

FC/PC = 2

FC/SPC = 3

FC/APC = 4

SC/PC = 5

SC/SPC = 6

SC/APC = 7

ST = 8

LC/UPC = 9

MU = A

LC/APC = B

Mini Single Window Single Mode Fiber Coupler

Mini SWFC Series

S0160 - R04. 20100824

Notes :

* The tolerance of fiber length is +/-0.1m. 1 meter is standard. The lead time for special fiber length will be longer.

** HI1060, HI980 and OFS BF05635-02 fiber option is for bare fiber only (no connectors). 980-16 fiber option is for bare fiber only (no connectors).

Coupling Ratio

Premium Grade

A Grade

Signal

Tap

Signal

Tap

Signal

Tap

Signal

Tap

99/1

≤0.20

18.5 - 21.0

≤0.05

≤0.12

≤0.25

15.5 - 21.5

≤0.07

≤0.15

98/2

≤0.28

16.0 - 18.6

≤0.05

≤0.12

≤0.30

15.2 - 19.5

≤0.07

≤0.15

95/5

≤0.38

11.4 - 14.8

≤0.05

≤0.12

≤0.50

11.2 - 15.2

≤0.07

≤0.15

90/10

≤0.60

9.20 - 11.3

≤0.07

≤0.12

≤0.70

8.70 - 11.7

≤0.10

≤0.15

80/20

≤1.30

5.70 - 7.90

≤0.10

≤0.12

≤1.50

5.40 - 8.50

≤0.10

≤0.15

70/30

≤1.90

4.30 - 6.00

≤0.10

≤0.10

≤2.20

4.20 - 6.40

≤0.10

≤0.15

60/40

≤2.60

3.40 - 4.70

≤0.10

≤0.10

≤2.80

3.20 - 4.70

≤0.10

≤0.15

50/50

2.70 - 3.40

≤0.10

2.60 - 3.60

≤0.15

1. Insertion loss over operating wavelength range at ~23°C (excluding PDL and TDL).

2. Insertion loss change over the all input polarization states.