TECHNICAL SPECIFICATIONS. Planar Optical Splitter Module

Size: px

Start display at page:

Download "TECHNICAL SPECIFICATIONS. Planar Optical Splitter Module"

Sybil Garrett
5 years ago
Views:

1 Spec No. JCC Cenkablo_P TECHNICAL SPECIFICATIONS For Planar Optical Splitter Module (1 N ISO Color) - Premium Grade - 1/11

2 Table of Contents 1. Document History General Description Optical Specifications Mechanical Specifications Housing Type Operating and Storage Conditions Reliabilities Product Shipping Report. 8 Appendix A. Terminologies /11

3 1. Document History Rev. Approve Date Originator Change Description A 24. Oct, 2012 Luca, Kim Initial 2. General Description This document details specifications of 1 N PLC splitter modules manufactured by JCCom 3. Optical Specifications 3.1 Specification(without Connector) Specifications Parameter Unit Insertion loss (max., S/P) db Loss uniformity (max., S/P) db PDL (max., S/P) db Return loss (min) db 55.0 Directivity (min) db 55.0 Module Dimension(LxWxH) mm 40x4x4 55x7x4 58x12x4 Measured at room temperature, and wavelength of 1.31 & 1.55μm. 3.2 Specification(with Connector) Parameter Unit Specifications Insertion loss (max., S/P) db Loss uniformity (max., S/P) db PDL (max., S/P) db Return loss (min) db 55.0 Directivity (min) db 55.0 Measured at room temperature, and wavelength of 1.31 & 1.55μm. 3/11

4 4. Mechanical Specifications 4.1. Dimensions Splitter Figure 1. Mechanical outline of 1 2 PLC splitter module with full pitch output fiber spacing Port Number Ribbon Fiber Color Blue Orange Splitter Figure 2. Mechanical outline of 1 4 PLC splitter module with full pitch output fiber spacing Port Number Ribbon Fiber Color Blue Orange Green Brown 4/11

5 Splitter Figure 3. Mechanical outline of 1 8 PLC splitter module with full pitch output fiber spacing Port Number Ribbon Fiber Color Blue Orange Green Brown Slate White Red Black Splitter Figure 4. Mechanical outline of 1 16 PLC splitter module with half pitch output fiber spacing Port Number Ribbon Ribbon Fiber Color Blue Orange Green Brown Slate White Red Black 5/11

6 Splitter Figure 5. Mechanical outline of 1 32 PLC splitter module with half pitch output fiber spacing Ribbon Channel Ribbon Number Ribbon Ribbon Fiber Color Blue Orange Green Brown Slate White Red Black splitter 6/11

7 Figure 6. Mechanical outline of 1 64 PLC splitter module with half pitch output fiber spacing Ribbon Ribbon Ribbon Channel Ribbon Number Ribbon Ribbon Ribbon Ribbon Fiber Color Blue Orange Green Brown Slate White Red Black 4.2. I/O Fibers Parameter Input fiber* Output fibers* I/O Fiber length Specifications mm Bare Fiber or 0.9mm Tight Buffer Ribbon Fibers 2000mm ± 100mm * Fibers are using single mode fibers in accordance with ITU-T 657A. 5. Housing Type Input fiber* Output fibers* Parameter Specifications mm Bare Fiber or 0.9mm/2.0mm Tight Buffer 0.9mm/2.0mm Tight Buffer Mini Module Dimension 55x7x4 58x12x4 N/A Case cade Dimention 100x80x10 120x80x18 140x115x18 7/11

8 5.1. Type A (0.9mm Furcation type) 5.2 TypeB (Mini Module) 8/11

9 5.3 Type C (Case cade_plastic) 9/11

10 6. Operating and Storage Conditions Parameter Specifications Operating Temperature* -40 C ~ 85 C Operating Wavelength* 1260 nm ~ 1650 nm Storage Temperature -40 C ~ 85 C Storage Humidity 30 ~ 85% RH * Typical temperature and wavelength dependence of IL & PDL could be supplied 7. Reliabilities JCCom PLC splitters are fully compliant with Telcordia GR-1209 and GR1221 reliability stipulations. 8. Product Shipping Reports Data sheets shipped with splitter modules report the following test results: (1) Insertion loss (2) Polarization dependent loss (3) Loss uniformity The following data is provided on a statistical sampling basis: (1) Return loss Appendix A. Terminologies A1. Insertion loss (IL) Insertion loss is defined as the ratio of the input and the output power of a device. Expressed in a logarithm scale, it is given by, P Insertion Loss( db) = 10log P Insertion loss of a 1 N splitter refers to the worst-case value among the N different combinations of input and output ports. ouput input A2. Polarization dependent loss (PDL) PDL is defined as the maximal change in insertion loss measured under all possible polarization states of the input light. Using the Pseudo-random All states method, PDL can be calculated from a small number of insertion loss values under a set of pre-defined polarization states. A3. Uniformity 10/11

11 As an actual sample shown in Figure 6, loss uniformity is defined as the largest difference among the insertion loss values measured across all output ports within the specified wavelength regions Insertion Loss (db) Uniformity (IL Max. -IL Min. ) Channel Number Figure 6. Definition of loss uniformity 11/11

Planar Lightwave Circuit (PLC) Splitter, 1x4, 1x8, 1x12 and 1x16 Configurations in PEACOC Flexible Tray

Planar Lightwave Circuit (PLC) Splitter, 1x4, 1x8, 1x12 and 1x16 Configurations in PEACOC Flexible Tray FEATURES: Telcordia GR-1221 Compliant Patented accessibility; easy, fast and accurate Low Insertion Loss Up to 24 simplex LC connectors per tray or 12 SC Simplex Connector Excellent Uniformity Low PDL