F-209 SUPPLEMENT YTW-26-02-T-5-250-050 YTW-20-03-G-Q-400-085 TM YTW-12-10-S-6-300-215 2mm HI-DENSITY STACKER YTW SERIES SPECIFICATIONS Mates with: YTQ, YTS, YTE For complete specifications see www.samtec.com?YTW Insulator Material: Black Liquid Crystal Polymer Terminal Material: Phosphor Bronze Current Rating: 3A @ 80C ambient Operating Temp Range: -55C to +105C with Tin; -55C to +125C with Gold Plating: Sn or Au over 50" (1,27m) Ni RoHS Compliant: Yes Processing: - F ALSO AVAILABLE Paste In Hole (PIH) processing. Contact Samtec ASP Group. Choice of 4, 5 or 6 row Max Processing Temp: 230C for 60 seconds Lead-Free Solderable: Wave only. Note: This Series is non-standard, non-returnable. Board Stacking OV ERA LL POS T T/H PIN (OA L) OV ERA LL SMT PIN (OA L) NO. PINS PER ROW YTW SOC KET PRO FILE (2,00mm) .0787" pitch LEAD STYLE PLATING OPTION STA CKE R HEI GH T 02 thru 50 Specify LEAD STYLE from chart below. 06 2mm Shunt 300 TAIL SPEC = Stacker Height In inches (0,13mm) .005" increments Example: -250 = (6,35mm) .250" -6 = Six Row -L = 10" (0,25m) Gold contact area, Tin on tail No. of rows x (2,00) .0787 (2,00) .0787 TYP See TMM Series. -T 01 295 No. of positions x (2,00) .0787 (0,51) .020 SQ (1,27) .050 MIN POST See TMMS Series. -5 = Five Row = 30" (0,76m) Gold contact area, Tin on tail (Style -01 & -02 not available) = Tin Shrouded Four Row Vertical & Right Angle -"XXX" = Four Row -S See 2SN Series. Right Angle Four Row -Q -G = 20" (0,51m) Gold contact area, Gold flash on tail Also Available See YTT & TMM Series. STACKER HEIGHT BOA RD SPA CE TAI L Low Profile ROW OPTION (2,00) .0787 STACKER HEIGHT See OAL Chart TAIL (0,00) .000 MIN (2,00) .0787 WWW.SAMTEC.COM -"XXX" LEAD STYLE OAL -01 -02 -03 -04 -05 -06 -07 -09 -10 -11 (8,20) .323 = Tail Length In inches (0,13mm) .005" increments (9,60) .377 (13,60) .535 Example: -150 = (3,81mm) .150" (14,10) .555 (15,10) .594 -"XXX" (17,10) .673 (19,10) .751 = Polarized Position (11,60) .456 (15,60) .614 (10,08) .397 ROW OPTION STACKER HEIGHT -Q -5 & -6 (3,05) .120 MIN (4,06) .160 MIN