PS 88 / DMI PC SM / 6/5 DIAMOND Test & Calibration Laboratory STS 333 / SCS 11 Product Specification Qualification Test Report DMI PC SM DIAMOND SA Via dei Patrizi 5 CH-6616 LOSONE Tel. +41 91 785 45 45 Fax +41 91 785 45 info@diamond-fo.com
Index Measurement / test Method Page Edition 1) Requalified 2) Similarity 3) Insertion loss, random mated IEC 613-3-34 1 7. 2 - - Return loss IEC 613-3-6 2 7. 2 3. 5 - Mating durability IEC 613-2-2 3 7. 2 3. 5 - Vibration, sinusoidal IEC 613-2-1 4 7. 2 5. 5 - Change of temperature IEC 613-2-22 5 7. 2 5. 5 - Dry heat IEC 613-2-18 6 8. 2 5. 5 - Cold IEC 613-2-17 7 8. 2 5. 5 - Damp heat IEC 613-2-19 8 8. 2 6. 5-1) Edition: 2) Requalified: 3) Similarity: This column states the date of the Qualification; This column states the date of the Requalification; This column lists the product for which similarity principle has been applied. The present Qualification Test Report (QTR) summarizes the qualification measurements and tests performed to verify the design and the optical, mechanical and environmental performance of the DMI SM PC connector at the accredited test & calibration laboratory STS 333 / SCS 11 at Diamond SA, Losone. This current QTR is a summary of the internal qualification report no. 564 performed at the test & calibration laboratory STS 333 / SCS 11 (www.sas.ch). The qualification test program of the DMI SM PC connector is determined under the guideline of IEC 61753-2-1, which defines the minimum requirements and severities which a single-mode connector must satisfy in order to be considered as meeting category U (uncontrolled environment) of IEC 61753-1. The qualified product is subject to periodic requalification with the purpose of guaranteeing the product compliance to the specifications measured in the present report over the years. For requalification purposes the principle of similarity is applied, where the qualification data of similar products can be used if they meet the same technology platform and are manufactured using the same process. For additional information, please contact Diamond or your Diamond Sales Representative. PS 88 / DMI PC SM / 6/5
Insertion loss, random mated Methods: - Insertion loss measurement method B according to IEC 613-3-4 - Random mating method 1 according to IEC 613-3-34 a) Reference measurement: Light Source Mode filter Power Meter b) DUT measurement: Light Source Mode filter Power Meter Grade C IL Mean d.25 db IL 97% d.5 db Samples: - DUT: SM fibre patch cords terminated with - Fibre type: 8.2/125/245/9 µm, Diamond art. no. 15155 Parameters: - Wavelengths: 131 nm / 155 nm - No. of measurements: 6 Insertion loss IL, random mated [db] at 131 nm at 155 nm Mean value.16.14 Standard deviation.8.8 97% value.37.35 Maximum value.4.36 Minimum value.5.4 PS 88 / DMI PC SM / 6/5 1
Return loss Methods: OLCR method according to IEC 613-3-6 OLCR RL Min 5 db Samples: - DUT: 1 SM fibre patch cords terminated with - Fibre type: 8.2/125/245/9 µm, Diamond art. no. 15155 Parameters: - Wavelengths: 131 nm / 155 nm - No. of measurements: Return loss RL against reference connector [db] at 131 nm at 155 nm Mean value 52.7 53. Standard deviation.9 1.2 Maximum value 55.1 55.3 Minimum value 51.1 5.4 PS 88 / DMI PC SM / 6/5 2
Mating durability Methods: - Insertion loss measurement method B according to IEC 613-3-4 - Active monitoring of attenuation and return loss according to IEC 613-3-3 - Mating durability test according to IEC 613-2-2 Mating / de-mating method IL Max d. db during test Samples: - DUT: 2 SM fibre patch cords terminated with - Fibre type: 8.2/125/245/9 µm, Diamond art. no. 15155 Parameters: - Wavelengths: 131 nm / 155 nm - Monitored channels: 1 - Mating / de-mating cycles: 1 Sample no. maximum value Insertion loss IL [db] minimum value Variation of insertion loss IL [db] at 131 nm at 155 nm at 131 nm at 155 nm at 131 nm at 155 nm 1.2.4.1.2.1.2 PS 88 / DMI PC SM / 6/5 3
Vibration, sinusoidal Methods: - Insertion loss measurement method B according to IEC 613-3-4 - Active monitoring of attenuation and return loss according to IEC 613-3-3 - Sinusoidal vibration test according to IEC 613-2-1 Vibration axis X axis Y axis Z axis IL Max d. db during test Samples: - DUT: 8 SM fibre patch cords terminated with - Fibre type: 8.2/125/245/9 µm, Diamond art. no. 15155 Parameters: - Wavelengths: 131 nm / 155 nm - Monitored channels: 4 - Upper vibration frequency: 55 Hz - Lower vibration frequency: 1 Hz - Vibration amplitude:.75 mm (peak-to-peak) - Sweep rate: 1 Oct/min - Sweep cycles: 15 - Duration per axis: 3 min Sample no. Vibration axis maximum during test Insertion loss IL [db] minimum during test Variation of insertion loss IL during test [db] at 131 nm at 155 nm at 131 nm at 155 nm at 131 nm at 155 nm 1 longitudinal,.7.8.7.7..1 2 Z axis.7.1.6.8.1.2 3 transversal,.6.9.6.9.. 4 X(Y) axis.1.12.9.11.1.1 Maximum value.1.2 Minimum value.. PS 88 / DMI PC SM / 6/5 4
Change of temperature Methods: - Insertion loss measurement method B according to IEC 613-3-4 - Active monitoring of attenuation and return loss according to IEC 613-3-3 - Change of temperature test according to IEC 613-2-22 T, RH Climatic chamber IL Max d. db during test Samples: - DUT: 8 SM fibre patch cords terminated with - Fibre type: 8.2/125/245/9 µm, Diamond art. no. 15155 Parameters: - Wavelengths: 131 nm / 155 nm - Monitored channels: 4 - Upper cycling temperature: +7 C - Lower cycling temperature: -25 C - Relative humidity: Not controlled - Dwell time at extreme temperatures: 1 h - Variation of temperature at slopes: 1 C/min - Number of cycles: 5 - Duration: 21 h Variation of insertion loss IL during test [db] at 131 nm at 155 nm Maximum value.8.8 Minimum value.5.4-1.2 6-1.2 6-1.4-1.4 Optical Power 131nm [dbm] -1.6-1.8-11. 4 Optical Power 155nm [dbm] -1.6-1.8-11. 4 - - 5 1 15 5 1 15 PS 88 / DMI PC SM / 6/5 5
Dry heat Methods: - Insertion loss measurement method B according to IEC 613-3-4 - Active monitoring of attenuation and return loss according to IEC 613-3-3 - Dry heat test according to IEC 613-2-18 T, RH Climatic chamber IL Max d. db during test Samples: - DUT: 8 SM fibre patch cords terminated with - Fibre type: 8.2/125/245/9 µm, Diamond art. no. 15155 Parameters: - Wavelengths: 131 nm / 155 nm - Monitored channels: 4 - Constant temperature: +7 C - Relative humidity: Not controlled - Duration: 96 h Variation of insertion loss IL during test [db] at 131 nm at 155 nm Maximum value.8.5 Minimum value.4.4-1. -1. -1.2-1.2-1.4 6-1.4 6 Optical Power 131nm [dbm] -1.6-1.8-11. 5 4 Optical Power 155nm [dbm] -1.6-1.8-11. 5 4 3 3 4 6 8 4 6 8 PS 88 / DMI PC SM / 6/5 6
Cold Methods: - Insertion loss measurement method B according to IEC 613-3-4 - Active monitoring of attenuation and return loss according to IEC 613-3-3 - Cold test according to IEC 613-2-17 T, RH Climatic chamber IL Max d. db during test Samples: - DUT: 8 SM fibre patch cords terminated with - Fibre type: 8.2/125/245/9 µm, Diamond art. no. 15155 Parameters: - Wavelengths: 131 nm / 155 nm - Monitored channels: 4 - Constant temperature: -25 C - Relative humidity: Not controlled - Duration: 96 h Variation of insertion loss IL during test [db] at 131 nm at 155 nm Maximum value.6.9 Minimum value.3.3-1.2-1.2-1.4-1.4 Optical Power 131nm [dbm] -1.6-1.8-11. 1-1 Optical Power 155nm [dbm] -1.6-1.8-11. 1-1 - - 4 6 8 4 6 8 PS 88 / DMI PC SM / 6/5 7
Damp heat Methods: - Insertion loss measurement method B according to IEC 613-3-4 - Active monitoring of attenuation and return loss according to IEC 613-3-3 - Damp heat test according to IEC 613-2-19 T, RH Climatic chamber IL Max d. db during test Samples: - DUT: 8 SM fibre patch cords terminated with - Fibre type: 8.2/125/245/9 µm, Diamond art. no. 15155 Parameters: - Wavelengths: 131 nm / 155 nm - Monitored channels: 4 - Constant temperature: +4 C - Relative humidity: 93% r.h. - Duration: 96 h Variation of insertion loss IL during test [db] at 131 nm at 155 nm Maximum value.6.5 Minimum value.3.4-1. -1. -1.2 38-1.2 38-1.4 36-1.4 36 Optical Power 131nm [dbm] -1.6-1.8-11. 34 32 3 Optical Power 155nm [dbm] -1.6-1.8-11. 34 32 3 28 28 26 26 24 24 4 6 8 4 6 8 PS 88 / DMI PC SM / 6/5 8