GB/T 43929-2024 Active National standards

GB/T 43929-2024 Testing guidelines of fibre optic components for space application

GB/T 43929-2024 Testing guidelines of fibre optic components for space application

Publish Date: 2024-04-25 Implement Date: 2024-08-01 For services related to genuine standard inquiry, procurement, translation, and other related services in China, please Contact Us

Basic Information

Standard Code: GB/T 43929-2024
Standard Type: National standards
Standard Status: Active
is_force_gb: no
CCS Name: Electronic components
ICS Name: Components used in aerospace manufacturing
Publish Date: 2024-04-25
Implement Date: 2024-08-01
Pages: 36 pages

Scope

This document provides guidelines for the testing of fiber optic devices used in space applications, including testing principles, test items, testing methods, and testing precautions.
This document is applicable to the testing of fiber optic devices used in fiber optic sensing, fiber optic communication, and other optoelectronic systems for space applications. Other application fields may refer to this document for implementation. Note: The fiber optic devices mentioned in this document include optical transmission devices and components with fiber optic pigtails, photoelectric detection devices and components, and optical processing devices and components.

Development Information

Word Count: 57 Thousand words Pages: 36 pages

Referenced Standards

GB/T 12512-1990 Fibre optic attenuators—Part 1:Generic specification GB/T 13265.1-1997 Fiber optic isolators—Part 1:Generic specification GB/T 24365-2009 Testing methods of optoelectronic detector module for communication GB/T 31359-2015 Test methods of semiconductor lasers SJ 20785-2000 SJ 20869-2003 YD/T 964-1998 GB/T 14733.12-1993 Terminology for telecommunications—Optical communication GB/T 14733.12-2008 Terminology for telecommunication—Optical communication GB/T 16850.1-1997 Basic specification for optical fibre amplifier test methods—Part 1:Test methods for gain parameters GB/T 16850.1-2022 Optical amplifier test methods—Part 1:Power and gain parameters for single-channel optical amplifiers GB/T 16850.3-1999 Basic specification for optical fibre amplifier test methods—Part 3:Test methods for noise figure parameters GB/T 16850.3-2021 Optical amplifiers test methods—Part 3:Noise figure parameters for single-channel amplifiers GB/T 16850.4-2006 Basic specification for optical fibre amplifier test methods—Part 4:Test methods for analogue parameters—Gain slope GB/T 16850.5-2001 Basic specification for optical fibre amplifier test methods—Part 5:Test methods for reflectance parameters GB/T 16850.6-2001 Basic specification for optical fibre amplifier test methods—Part 6:Test methods for pump leakage parameters GB/T 16850.7-2001 Basic specification for optical fibre amplifier test methods—Part 7:Test methods for out-of-band insertion losses GB/T 18311.2-2001 Fibre optic interconnecting devices and passive components—Basic test and measurement procedures—Part 3-2:Examinations and measurements—Polarization dependence of a single—mode fibre optic device GB/T 18311.4-2003 Fibre optic interconnecting devices and passive components-Basic test and measurement procedures—Part 3-4:Examinations and measurements—Attenuation GB/T 18311.5-2003 Fibre optic interconnecting devices and passive components-Basic test and measurement procedures—Part 3-5:Examinations and measurements—Wavelength dependence of attenuation GB/T 18311.6-2001 Fibre optic interconnecting devices and passive components—Basic test and measurement procedures—Part 3-6:Examinations and measurements—Return loss GB/T 18311.40-2003 Fibre optic interconnecting devices and passive components-Basic test and measurement procedures—Part 3-40:Examinations and measurements—Extinction ratio of a polarization maintaining(pm)fibre pigtailed connector GB/T 38313-2019 Design and verification requirements of fibre optic components for space application SJ/T 2749-2016 SJ/T 2749-2016 Semiconductor laser diode test method YD/T 894.2-2010 Technical Specification for Optical Attenuator - Part 2: Variable Optical Attenuator YD/T 3128-2016 Communication using wavelength-based detection of fiber Bragg grating YD/T 1689-2007 Technical Requirements and Test Methods for Mechanical Optical Switch

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