ipl1?120?01?s?d?ra?k ipl1?105?02?s?d?k ipl1?110?01?s?s?k mates with discrete wire cable assemblies (ipd1 & mmsd series) align & latch? surface mount, right angle and vertical through-hole (2,54mm) .100" pitch keyed polarization www.samtec.com no. of positions x (2,54) .100 + (1,52) .060 (2,54) .100 (1,02) .040 (8,13) .320 (2,54) .100 01 02 25 (3,05) .120 (5,46) .215 (0,64) .025 sq (9,58) .377 (6,35) .250 (7,62) .300 (3,05) .120 (8,76) .345 (2,54) .100 (2,16) .085 (1,52) .060 (10,97) .432 (5,31) .209 (5,46) .215 mates with: mmsd, mmss, scr2 (does not mate with ips1) for complete speci cations and recommended pcb layouts see www.samtec.com?ipl1 insulator material: black lcp terminal material: phosphor bronze plating: sn or au over 50? (1,27?) ni operating temp range: -55? to +125? voltage rating: 675 vac rohs compliant: ye s processing: max processing temp: 230? for 60 seconds, or 260? for 20 seconds 3x lead?free solderable: ye s ?s & ?d smt lead coplanarity: (0,10mm) .004" max (02-05) (0,13mm) .005" max (06-10) (0,15mm) .006" max (11-25) ?dh smt lead coplanarity: (0,15mm) .006" max note: some sizes, styles and options are non-standard, non-returnable. ipl1 no. pins per row plating option 02, 05, 10, 15, 16, 20, 25 (?d & ?dh only) 02, 05, 10 (?s only) (call samtec for other sizes) 1k ?01 = through- hole ?02 = surface mount f-208-1 option specifications lead style mini mate ? header ipl1 series application specific options with or without plug polarization (omit pin 1). call samtec. ?s = 30" (0,76m) gold on contact, matte tin on tail ?ra =right angle (?01 lead style only) ?k =keyed polarization ?s = single row vertical ?d = double row vertical ?dh = double row horizontal row option through-hole surface mount ?02 ?01 ?ra ?dh ?s ambient temp 20c 40c 60c 95c current rating mmss/ipl1 6.8a 6.0a 5.3a 3.6a mmss 6 positions in line powered mmsd 2x3 cluster powered mmsd/ipl1 5.8a 5.2a 4.5a 3.0a n ?dh option ary preliminar lim lim lim l l l l l l l l l l l l l l l l l lim lim lim lim l l l m m m im i i li l lim m m m m m m m i im im
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