CT2-GI1LFTD31C ETC-unknow, CT2-GI1LFTD31C Datasheet
CT2-GI1LFTD31C
Related parts for CT2-GI1LFTD31C
CT2-GI1LFTD31C Summary of contents
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... Expandable options such as coarse wavelength division multiplexing (CWDM) and a custom software user interface The JDSU CT2 Series OC-48 (2.5 Gb/s) transceiver module integrates optics and electronics in a Small Form Factor Pluggable (SFP) package Multisource Agreement (MSA) compatible and designed for operation at 1310 nm and 1550 nm. ...
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Dimensions Diagram J MIN MIN X 45° N Section A-A R MAX REF Z OC-48 SFP TRANSCEIVER (Specifications in mm unless otherwise noted; see dimensions table on next ...
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... Dimension Table for the CT2 Designator Dimension Tolerance A 13.7 mm ±0 8.6 mm ±0 8.5 mm ±0 13.4 mm ±0 1.0 mm Maximum F 2.3 mm Reference G 4.2 mm Reference H 2.0 mm Maximum J 28.5 mm Minimum K 55.0 mm Reference L 1 45° Minimum M 2.0 mm ±0. 2.25 mm ±0 1.0 mm ±0 9.2 mm ±0 0.7 mm ...
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... CT2 Electrical Pad Layout 20 VeeT 19 TD- 18 TD+ 17 VeeT VccT 16 15 VccR 14 VeeR 13 RD+ 12 RD- 11 VeeR Top of Board Transceiver Pin Descriptions Pin Description TD Un-clocked, multirate, differential serial bit stream (155 Mb/s to 2.7 Gb/s) used to drive the optical transmitter. Internally AC coupled and terminated via internal 100 Ω differential impedence. ...
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Absolute Maximum Ratings Parameter Standard operating case temperature range Extended operating case temperature range Storage case temperature range Supply voltage Voltage on any input/output pin High-speed output source current Lead soldering temperature/time Operating relative humidity (non-condensing) Receiver optical input ...
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Timing of Status and Control Input/Output Parameter Symbol TX_DISABLE assert time t_off TX_DISABLE deassert time t_on (SR, IR1, and IR2 versions) TX_DISABLE deassert time t_on (LR1 and LR2 versions) Time to initialize t_init TX_FAULT assert time t_fault TX_DISABLE for ...
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... Formatted OC-48 pattern with scrambled PRBS payload using an Agilent OmniBer as the optical source driving the CT2 optical receiver. The differential data outputs of this optical receiver are used as the electrical inputs for the CT2 transmitter which optically drives the OmniBer receiver input to complete the jitter test circuit. This second test as recommended in GR-253 ...
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... Please contact JDSU for more information. JDSU and the JDSU logo are trademarks of JDS Uniphase Corporation. Other trademarks are the property of their respective holders. ©2006 JDS Uniphase Corporation. All rights reserved. 10143023 Rev. 006 09/06 CT2OC48.DS.CMS.AE : ...