🔥🔥 Don’t Miss Out on Our End of Autumn Sale. If you have any questions, feel free to click the bottom right corner to contact our customer service..

Concat us[email protected]
Shopping Cart

No products in the cart.

🔍
BS EN 61753-088-2:2013

BS EN 61753-088-2:2013

$142.49

Fibre optic interconnecting devices and passive components. Performance standard – Non-connectorized single-mode fibre optic LAN WDM devices with channel spacing of 800 GHz for category C. Controlled environments

Published By Publication Date Number of Pages
BSI 2013 30
PDF Format Searchable Printable Preview Now
Guaranteed Safe Checkout
Categories: ,

If you have any questions, feel free to reach out to our online customer service team by clicking on the bottom right corner. We’re here to assist you 24/7.
Email:[email protected]

This part of IEC 61753 contains the minimum initial test and measurement requirements and severities which a non-connectorized single-mode fibre optic Local Area Network Wavelength Division Multiplexing (LAN WDM) device with channel spacing of 800 GHz needs to satisfy in order to be categorized as meeting the requirements of Category C – Controlled environments, as defined in Annex A of IEC 61753-1:2007. The applications of LAN WDM devices are optical MUX and DEMUX for 100GBASE-LR4 (required operating range of 2 m to 10 km) and 100GBASE-ER4 (required operating range of 2 m to 30 km) defined in IEEE P802.3ba, as shown in Annex D. The requirements cover both an integrated 1 × 4 LAN WDM device and an individual 1 × 2 LAN WDM device for cascaded module construction.

PDF Catalog

PDF Pages PDF Title
7 English
CONTENTS
9 1 Scope
2 Normative references
10 3 Terms and definitions
11 4 Test conditions
5 Test report
Figures
Figure 1 – Configuration of integrated 1 x 4 LAN WDM device
Figure 2 – Configuration of individual 1 x 2 LAN WDM device
12 6 Reference components
7 Performance requirements
7.1 Channel requirements
7.2 Dimensions
7.3 Test details and requirements
Tables
Table 1 – Channel requirements
13 Table 2 – Test details and requirements (1 of 5)
18 Annex A (normative)Sample size
Table A.1 – Number of samples for each test
19 Annex B (informative) Logarithmic transfer matrix for an integrated 1 x 4 LAN WDM device
Table B.1 – Logarithmic transfer matrix for channel 1: Frequency range of 231,584 – 231,216 THz (≈1 294,53 – 1 296,59 nm)
Table B.2 – Logarithmic transfer matrix for channel 2: Frequency range of 230,784 – 230,416 THz (≈1 299,02 – 1 301,09 nm)
Table B.3 – Logarithmic transfer matrix for channel 3: Frequency range of 229,984 – 229,616 THz (≈1 303,54 – 1 305,63 nm)
20 Table B.4 – Logarithmic transfer matrix for channel 4: Frequency range of 229,184 – 228,816 THz (≈1 308,09 – 1 310,19 nm)
21 Annex C (informative) Logarithmic transfer matrix for an individual 1 x 2 LAN WDM device
Table C.1 – Logarithmic transfer matrix for channel 1: Frequency range of 231,584 – 231,216 THz (≈1 294,53 – 1 296,59 nm)
Table C.2 – Logarithmic transfer matrix for channel 2: Frequency range of 230,784 – 230,416 THz (≈1 299,02 – 1 301,09 nm)
Table C.3 – Logarithmic transfer matrix for channel 3: Frequency range of 229,984 – 229,616 THz (≈1 303,54 – 1 305,63 nm)
Table C.4 – Logarithmic transfer matrix for channel 4: Frequency range of 229,184 – 228,816 THz (≈1 308,09 – 1 310,19 nm)
22 Table C.5 – Logarithmic transfer matrix for channel 1: Frequency range of 231,584 – 231,216 THz (≈1 294,53 – 1 296,59 nm)
Table C.6 – Logarithmic transfer matrix for channel 2: Frequency range of 230,784 – 230,416 THz (≈1 299,02 – 1 301,09 nm)
Table C.7 – Logarithmic transfer matrix for channel 3: Frequency range of 229,984 – 229,616 THz (≈1 303,54 – 1 305,63 nm)
Table C.8 – Logarithmic transfer matrix for channel 4: Frequency range of 229,184 – 228,816 THz (≈1 308,09 – 1 310,19 nm)
Table C.9 – Logarithmic transfer matrix for channel 1: Frequency range of 231,584 – 231,216 THz (≈1 294,53 – 1 296,59 nm)
23 Table C.10 – Logarithmic transfer matrix for channel 2: Frequency range of 230,784 – 230,416 THz (≈1 299,02 – 1 301,09 nm)
Table C.11 – Logarithmic transfer matrix for channel 3: Frequency range of 229,984 – 229,616 THz (≈1 303,54 – 1 305,63 nm)
Table C.12 – Logarithmic transfer matrix for channel 4: Frequency range of 229,184 – 228,816 THz (≈1 308,09 – 1 310,19 nm)
Table C.13 – Logarithmic transfer matrix for channel 1: Frequency range of 231,584 – 231,216 THz (≈1 294,53 – 1 296,59 nm)
Table C.14 – Logarithmic transfer matrix for channel 2: Frequency range of 230,784 – 230,416 THz (≈1 299,02 – 1 301,09 nm)
24 Table C.15 – Logarithmic transfer matrix for channel 3: Frequency range of 229,984 – 229,616 THz (≈1 303,54 – 1 305,63 nm)
Table C.16 – Logarithmic transfer matrix for channel 4: Frequency range of 229,184 – 228,816 THz (≈1 308,09 – 1 310,19 nm)
25 Annex D (informative) General information for applications of integrated 1 x 4 LAN WDM devices
Figure D.1 – Block diagram for 100GBASE-LR4 and 100GBASE-ER4 transmit/receive paths
26 Annex E (informative) General information for internal configurations of integrated 1 x 4 LAN WDM devices
Figure E.1 – Configuration example of serial-type integrated 1×4 LAN WDM device (DEMUX)
Figure E.2 – Configuration example of serial-type integrated 1×4 LAN WDM device (MUX)
27 Figure E.3 – Configuration example of tree-type integrated 1×4 LAN WDM device (MUX/DEMUX)
28 Bibliography

Related products

BS EN 61753-088-2:2013
$142.49