a1 revisions 0 plc 1 plc 2 plc 3 plc 4 plc angles of scale sheet rev name size cage code drawing no dimensions: tolerances unless otherwise specified: dwn chk apvd material finish product spec application spec weight p ltr date apvd dwn description loc dist 5 6 7 8 3 4 2 1 d b a a b c c d all rights reserved. released for publication c copyright this drawing is unpublished. 4805 (3/11) restricted to this drawing is a controlled document. te connectivity 1 2 3 4 5 6 7 8 10 11 12 13 14 15 customer drawing 2143329 c. valentine 25may2010 e. bright 25may2010 e. bright 25may2010 2:1 1 4 4 108-2286 114-13218 - - - mm - 0.1 0.1 0.013 0.0001 - gp 00 1x6 cage assembly, behind bezel, qsfp - - 20 - - 20 00779 by - 1 original 25may2010 cjv jrp 2 preliminary 20apr2011 al cw 3 revised per eco-12-003841 mar142012 ty ks 4 revised per eco-15-000148 10apr2015 rg mc ( ) 9.7 2.2 max 8x ( ) 1.9 max typ 3 5x ( ) 19 ( ) 13.05 4x ( ) 13.76 8x ( ) 2 ( ) 117 ( ) 53.95 part number 2143329-1 surface traces permitted within this area except where cage standoffs, shown in detail s, contact pc board. pitch between ports of one 1x6 cage. spacing between cages on the same pc board. to be specified by customer, must comply with minimum dimensions shown. reference application spec 114-13218 for recommended drill hole diameter and plating thickness. unplated thru hole. datum and basic dimension established by customer. datum a is top surface of the host board. dimension c is the nominal thickness of customer supplied pc board. minimum pc board thickness: single sided: 1.45mm double sided: 2.2mm per qsfp 9. mates with qsfp msa compatible transceiver. baseline for the dimension is center of compliant pin hole. led on host board. quantity, position, and geometry depends on choice of light pipes. 2d barcode and date code (yywwd) marked approximately as shown. reference app spec 114-13218 for gasket thickness calculation. material: cage assembly: nickel silver, 0.25 thick emi springs: copper alloy front flange: zinc alloy. finish: emi springs: 2m minimum tin front flange: 3m minimum tin over 1.27m minimum nickel over 5.08m minimum copper. emi springs cage assembly see detail s 2d barcode and date code detail s scale 20:1 1 13 14 2 design approved this print is preliminary to first piece approval contact product engineering before using this print 12
a1 revisions 0 plc 1 plc 2 plc 3 plc 4 plc angles of scale sheet rev name size cage code drawing no dimensions: tolerances unless otherwise specified: dwn chk apvd material finish product spec application spec weight p ltr date apvd dwn description loc dist 5 6 7 8 3 4 2 1 d b a a b c c d all rights reserved. released for publication c copyright this drawing is unpublished. 4805 (3/11) restricted to this drawing is a controlled document. te connectivity customer drawing 2143329 c. valentine 25may2010 e. bright 25may2010 e. bright 25may2010 2:1 2 4 4 108-2286 114-13218 - - - mm - 0.1 0.1 0.013 0.0001 - gp 00 1x6 cage assembly, behind bezel, qsfp - - 20 - - 20 00779 by - - see sheet 1 - - - max 5.2 .25 max 48 max 37 gap for emi gasket provided by customer (0.4#0.1 for pci applications) 0.3 0.2 typ 9.7 0.2 typ 114.5 0.1 r max typ 0.3 min 117.5 0.1 0.3 0.2 (c+0.4)#0.1 c (thickness of pc board) one sided configuration scale 2:1 guide posts per spec bezel belly to belly configuration similar to one sided except where noted scale 2:1 3 design approved this print is preliminary to first piece approval contact product engineering before using this print 12 8
a1 revisions 0 plc 1 plc 2 plc 3 plc 4 plc angles of scale sheet rev name size cage code drawing no dimensions: tolerances unless otherwise specified: dwn chk apvd material finish product spec application spec weight p ltr date apvd dwn description loc dist 5 6 7 8 3 4 2 1 d b a a b c c d all rights reserved. released for publication c copyright this drawing is unpublished. 4805 (3/11) restricted to this drawing is a controlled document. te connectivity customer drawing 2143329 c. valentine 25may2010 e. bright 25may2010 e. bright 25may2010 2:1 3 4 4 108-2286 114-13218 - - - mm - 0.1 0.1 0.013 0.0001 - gp 00 1x6 cage assembly, behind bezel, qsfp - - 20 - - 20 00779 by - - see sheet 1 - - - bsc 6x 19 6x 17.9 6x 1.1 (1.05) min 1 min 116 bsc 4.5 3x 9 12x 30.1 6x 37.7 2x 4.5 6x 40.68 3x 9 39x (1.05) (n1.05) 12x 1.55 0.05 max 114.2 17.38 19 19 19 min to q of first row of holes for next adjacent cage. 3.4 min 11.3 max 10.3 5.18 2.5 max 1.69 max 3.05 min 0.89 max 15.02 1 0.4 typ 0.8 38x 0.35 0.03 38x 1.8 0.03 2x min 0.8 19 18.5 max 0.1 y x t u recommended pc board layout single side mount configuration scale 3:1 see detail m cross-hatched area denotes component and trace keep-out (except chassis ground) see detail j area denotes component keep-out (traces permitted) detail m scale 10:1 detail j 6 places scale 8:1 design approved this print is preliminary to first piece approval contact product engineering before using this print 6 6 6 6 4 4 4 1 5 7 10 3
a1 revisions 0 plc 1 plc 2 plc 3 plc 4 plc angles of scale sheet rev name size cage code drawing no dimensions: tolerances unless otherwise specified: dwn chk apvd material finish product spec application spec weight p ltr date apvd dwn description loc dist 5 6 7 8 3 4 2 1 d b a a b c c d all rights reserved. released for publication c copyright this drawing is unpublished. 4805 (3/11) restricted to this drawing is a controlled document. te connectivity customer drawing 2143329 c. valentine 25may2010 e. bright 25may2010 e. bright 25may2010 2:1 4 4 4 108-2286 114-13218 - - - mm - 0.1 0.1 0.013 0.0001 - gp 00 1x6 cage assembly, behind bezel, qsfp - - 20 - - 20 00779 by - - see sheet 1 - - - bsc 7x 4.5 12x 30.1 37.7 4.5 12x 40.68 bsc 6x 1.1 6x 17.9 6x 19 12x 1.55 0.05 (n1.05) (n1.05) 2.13 15.25 3.25 15.75 3.25 15.75 3.25 15.75 min to q of first row of holes for next adjacent cage. 3.4 5.18 2.5 1 0.4 typ 0.8 38x 0.35 0.03 38x 1.8 0.03 75x (n1.05) 3.25 3.25 15.75 15.25 y x u t recommended pc board layout belly to belly configuration see sheet 3 for component and trace keep-outs scale 3:1 see detail k detail k 6 places scale 8:1 7 design approved this print is preliminary to first piece approval contact product engineering before using this print 6 6 6 6 4 4 5 3 4
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