SJ/T 11856.1-2022 Specification for Semiconductor Laser Chip

Full Standard Name

Specification for Semiconductor Laser Chip Used in Optical Fiber Communication - Part 1: Fabry-Perot and Distributed Feedback Semiconductor Laser Chip for Light Sources

SJ/T 11856.1-2022 Specification for Semiconductor Laser Chip Used in Optical Fiber Communication - Part 1: Fabry-Perot and Distributed Feedback Semiconductor Laser Chip for Light Sources

Standard Details

Sector / Industry Electronics
Standard Type SJ/T (Recommended)
Standard Status Valid
Older Standard None
CCS Classification M33
ICS Classification 33.180
Issue Date 2022-10-20
Implementation Date 2023-01-01
File Type PDF
PDF Page Count About 18 pages
Competent Department China Electronics Standardization Institute under the Ministry of Industry and Information Technology
Quoted Standard GB/T 2828.1, GB/T 2548-2008, GB/T 31358-2015, GB/T 31359-2015

SJ/T 11856.1-2022 (English Version)

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Standard Introduction

SJ/T 11856.1-2022 specifies the technical requirements for Fabry-Perot and distributed feedback semiconductor laser chips used as light sources in optical fiber communication systems. It covers terminology, abbreviations, classification, optoelectronic performance, chip material, surface quality, dimensions, reliability requirements, test methods, inspection rules, packaging, marking, product instructions and storage. 

The standard applies to FP-LD and DFB-LD chips used in 10 Gbaud NRZ, 25 Gbaud NRZ and 25 Gbaud PAM4 optical communication systems, providing a practical basis for product design, manufacturing control, testing and delivery acceptance.

Standard Catalog

The standard consists of the following main sections:

  • 1 Scope 1

  • 2 Normative References 1

  • 3 Terms and Definitions 1

  • 4 Abbreviations 2

  • 5 Technical Requirements 3

  • 5.1 Classification 3

  • 5.2 Optoelectronic Characteristics 3

  • 5.3 Chip Material 6

  • 5.4 Surface Quality 6

  • 5.5 Chip Dimensions 6

  • 5.6 Shear Force and Bonding Strength 6

  • 5.7 Electrostatic Discharge Sensitivity 6

  • 5.8 High-Temperature Storage 6

  • 5.9 Low-Temperature Storage 6

  • 5.10 Temperature Cycling 6

  • 5.11 Steady Damp Heat 6

  • 5.12 High-Temperature Life 6

  • 5.13 Steady Damp Heat, Operating 6

  • 6 Test Methods 7

  • 6.1 Test Environmental Conditions 7

  • 6.2 Test Instruments 7

  • 6.3 Optoelectronic Characteristics 7

  • 6.4 Physical Characteristics 8

  • 6.5 Environmental Adaptability 8

  • 7 Inspection Rules 8

  • 7.1 Inspection Classification 8

  • 7.2 Screening 9

  • 7.3 Factory Inspection 9

  • 7.4 Type Inspection 9

  • 8 Packaging, Marking, Product Instructions and Storage 11

  • 8.1 Packaging 11

  • 8.2 Marking 11

  • 8.3 Product Instructions 11

  • 8.4 Storage 11

  • 9 Other Requirements 11

  • Appendix A Wavelength Allocation Tables 12

  • A.1 LWDM Wavelength Allocation 12

  • A.2 MWDM Wavelength Allocation 12

  • A.3 CWDM Wavelength Allocation 13

  • A.4 Wavelength Range for WDM Applications 13

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