CENELEC EN 62343-5-1 Dynamic modules - Part 5-1: Test methods - Dynamic gain tilt equalizer - Gain tilt settling time measurement
Список продуктов
Данный раздел/документ содержится в продуктах:
Данный раздел/документ содержится в продуктах:
- Техэксперт: Машиностроительный комплекс
- Картотека зарубежных и международных стандартов
- CENELEC EN 61907 Communication network dependability engineering
- IEC 60300-3-3 Dependability management – Part 3-3: Application guide – Life cycle costing - Edition 2.0
- IEC TR 62721 Reliability of devices used in fibre optic systems – General and guidance - Edition 1.0
- IEC TR 61292-3 Optical amplifiers Part 3: Classification, characteristics and applications - Edition 1.0
- IEC TR 61282-4 Fibre optic communication system design guides Part 4: Accommodation and utilization of non-linear effects - Edition 2.0
- BSI PD IEC/TR 62000 Guideline for combining different single-mode fibres types
- IEC TR 61282-3 Fibre optic communication system design guides – Part 3: Calculation of link polarization mode dispersion - Edition 2.0
- BSI PD IEC/TR 62000 Guideline for combining different single-mode fibres types
- IEC TR 61282-4 Fibre optic communication system design guides Part 4: Accommodation and utilization of non-linear effects - Edition 2.0
- IEC TR 61292-3 Optical amplifiers Part 3: Classification, characteristics and applications - Edition 1.0
- IEC TR 62721 Reliability of devices used in fibre optic systems – General and guidance - Edition 1.0
- IEC 60300-3-3 Dependability management – Part 3-3: Application guide – Life cycle costing - Edition 2.0
- 21
- CENELEC EN 61907 Communication network dependability engineering
- IEC 60300-3-3 Dependability management – Part 3-3: Application guide – Life cycle costing - Edition 2.0
- IEC TR 62721 Reliability of devices used in fibre optic systems – General and guidance - Edition 1.0
- IEC TR 61292-3 Optical amplifiers Part 3: Classification, characteristics and applications - Edition 1.0
- IEC TR 61282-4 Fibre optic communication system design guides Part 4: Accommodation and utilization of non-linear effects - Edition 2.0
- BSI PD IEC/TR 62000 Guideline for combining different single-mode fibres types
- IEC TR 61282-3 Fibre optic communication system design guides – Part 3: Calculation of link polarization mode dispersion - Edition 2.0
- BSI PD IEC/TR 62000 Guideline for combining different single-mode fibres types
- IEC TR 61282-4 Fibre optic communication system design guides Part 4: Accommodation and utilization of non-linear effects - Edition 2.0
- IEC TR 61292-3 Optical amplifiers Part 3: Classification, characteristics and applications - Edition 1.0
- IEC TR 62721 Reliability of devices used in fibre optic systems – General and guidance - Edition 1.0
- IEC 60300-3-3 Dependability management – Part 3-3: Application guide – Life cycle costing - Edition 2.0
- 21.020
- CENELEC EN 61907 Communication network dependability engineering
- IEC 60300-3-3 Dependability management – Part 3-3: Application guide – Life cycle costing - Edition 2.0
- IEC TR 62721 Reliability of devices used in fibre optic systems – General and guidance - Edition 1.0
- IEC TR 61292-3 Optical amplifiers Part 3: Classification, characteristics and applications - Edition 1.0
- IEC TR 61282-4 Fibre optic communication system design guides Part 4: Accommodation and utilization of non-linear effects - Edition 2.0
- BSI PD IEC/TR 62000 Guideline for combining different single-mode fibres types
- IEC TR 61282-3 Fibre optic communication system design guides – Part 3: Calculation of link polarization mode dispersion - Edition 2.0
- BSI PD IEC/TR 62000 Guideline for combining different single-mode fibres types
- IEC TR 61282-4 Fibre optic communication system design guides Part 4: Accommodation and utilization of non-linear effects - Edition 2.0
- IEC TR 61292-3 Optical amplifiers Part 3: Classification, characteristics and applications - Edition 1.0
- IEC TR 62721 Reliability of devices used in fibre optic systems – General and guidance - Edition 1.0
- IEC 60300-3-3 Dependability management – Part 3-3: Application guide – Life cycle costing - Edition 2.0
- CENELEC EN 61907 Communication network dependability engineering
- CENELEC EN 61907 Communication network dependability engineering
- 33
- CENELEC EN 61907 Communication network dependability engineering
- IEC 60300-3-3 Dependability management – Part 3-3: Application guide – Life cycle costing - Edition 2.0
- IEC TR 62721 Reliability of devices used in fibre optic systems – General and guidance - Edition 1.0
- IEC TR 61292-3 Optical amplifiers Part 3: Classification, characteristics and applications - Edition 1.0
- IEC TR 61282-4 Fibre optic communication system design guides Part 4: Accommodation and utilization of non-linear effects - Edition 2.0
- BSI PD IEC/TR 62000 Guideline for combining different single-mode fibres types
- IEC TR 61282-3 Fibre optic communication system design guides – Part 3: Calculation of link polarization mode dispersion - Edition 2.0
- BSI PD IEC/TR 62000 Guideline for combining different single-mode fibres types
- IEC TR 61282-4 Fibre optic communication system design guides Part 4: Accommodation and utilization of non-linear effects - Edition 2.0
- IEC TR 61292-3 Optical amplifiers Part 3: Classification, characteristics and applications - Edition 1.0
- IEC TR 62721 Reliability of devices used in fibre optic systems – General and guidance - Edition 1.0
- IEC 60300-3-3 Dependability management – Part 3-3: Application guide – Life cycle costing - Edition 2.0
- CENELEC EN 61907 Communication network dependability engineering
- IEC 60300-3-3 Dependability management – Part 3-3: Application guide – Life cycle costing - Edition 2.0
- IEC TR 62721 Reliability of devices used in fibre optic systems – General and guidance - Edition 1.0
- IEC TR 61292-3 Optical amplifiers Part 3: Classification, characteristics and applications - Edition 1.0
- IEC TR 61282-4 Fibre optic communication system design guides Part 4: Accommodation and utilization of non-linear effects - Edition 2.0
- BSI PD IEC/TR 62000 Guideline for combining different single-mode fibres types
- IEC TR 61282-3 Fibre optic communication system design guides – Part 3: Calculation of link polarization mode dispersion - Edition 2.0
- BSI PD IEC/TR 62000 Guideline for combining different single-mode fibres types
- IEC TR 61282-4 Fibre optic communication system design guides Part 4: Accommodation and utilization of non-linear effects - Edition 2.0
- IEC TR 61292-3 Optical amplifiers Part 3: Classification, characteristics and applications - Edition 1.0
- IEC TR 62721 Reliability of devices used in fibre optic systems – General and guidance - Edition 1.0
- IEC TR 62721 Reliability of devices used in fibre optic systems – General and guidance - Edition 1.0
- IEC TR 61292-3 Optical amplifiers Part 3: Classification, characteristics and applications - Edition 1.0
- IEC TR 61282-4 Fibre optic communication system design guides Part 4: Accommodation and utilization of non-linear effects - Edition 2.0
- BSI PD IEC/TR 62000 Guideline for combining different single-mode fibres types
- IEC TR 61282-3 Fibre optic communication system design guides – Part 3: Calculation of link polarization mode dispersion - Edition 2.0
- BSI PD IEC/TR 62000 Guideline for combining different single-mode fibres types
- IEC TR 61282-4 Fibre optic communication system design guides Part 4: Accommodation and utilization of non-linear effects - Edition 2.0
- IEC TR 61292-3 Optical amplifiers Part 3: Classification, characteristics and applications - Edition 1.0
- IEC TR 61292-3 Optical amplifiers Part 3: Classification, characteristics and applications - Edition 1.0
- IEC TR 61282-4 Fibre optic communication system design guides Part 4: Accommodation and utilization of non-linear effects - Edition 2.0
- BSI PD IEC/TR 62000 Guideline for combining different single-mode fibres types
- IEC TR 61282-3 Fibre optic communication system design guides – Part 3: Calculation of link polarization mode dispersion - Edition 2.0
- BSI PD IEC/TR 62000 Guideline for combining different single-mode fibres types
- IEC TR 61282-4 Fibre optic communication system design guides Part 4: Accommodation and utilization of non-linear effects - Edition 2.0
- IEC TR 61282-4 Fibre optic communication system design guides Part 4: Accommodation and utilization of non-linear effects - Edition 2.0
- BSI PD IEC/TR 62000 Guideline for combining different single-mode fibres types
- IEC TR 61282-3 Fibre optic communication system design guides – Part 3: Calculation of link polarization mode dispersion - Edition 2.0
- BSI PD IEC/TR 62000 Guideline for combining different single-mode fibres types
- BSI PD IEC/TR 62000 Guideline for combining different single-mode fibres types
- IEC TR 61282-3 Fibre optic communication system design guides – Part 3: Calculation of link polarization mode dispersion - Edition 2.0
- IEC TR 61282-3 Fibre optic communication system design guides – Part 3: Calculation of link polarization mode dispersion - Edition 2.0
- JSA JIS C 6842 Measurement methods and test procedures - Polarization mode dispersion of optical fibers
- IEC TR 61292-5 Optical amplifiers Part 5: Polarization mode dispersion parameter General information - Edition 1.0
- CEI EN 62343 Dynamic modules and devices - General and guidance
- IEC 62343-1-3 Dynamic modules – Part 1-3: Performance standards – Dynamic gain tilt equalizer (nonconnectorized) - Edition 2.0
- CENELEC EN 61907 Communication network dependability engineering
- Картотека зарубежных и международных стандартов
European Committee for Electrotechnical Standardization
Dynamic modules - Part 5-1: Test methods - Dynamic gain tilt equalizer - Gain tilt settling time measurement
N EN 62343-5-1
Annotation
This part of IEC 62343 contains the measurement method of gain tilt settling time for a dynamic gain tilt equalizer (DGTE) to change its gain tilt from an arbitrary initial value to a desired target value.
Автоматический перевод:
Динамические модули - Часть 5-1: Методы тестирования - Динамическое усиление наклоняет эквалайзер - наклон Усиления рассчитывающееся измерение времени
Эта часть IEC 62343 содержит метод измерения наклона усиления рассчитывающееся время для динамического эквалайзера наклона усиления (DGTE) для изменения его наклона усиления от произвольного начального значения до желаемого целевого значения.
Эквиваленты данного стандарта:
- BSI BS EN 62343-5-1 Dynamic modules Part 5-1: Test methods — Dynamic gain tilt equalizer — Gain tilt settling time measurement
- IEC 62343-5-1 Dynamic modules – Part 5-1 Test methods – Dynamic gain tilt equalizer – Gain tilt settling time measurement - Edition 2.0
- CEI EN 62343-5-1 Dynamic modules Part 5-1: Test methods - Dynamic gain tilt equalizer - Gain tilt settling time measurement
