F-215 TM LPHS–04–24–L–RT1–GP LPHS–04–24–L–VP1–GP (12,00 mm) .472"(PWR) (1,27 mm) .050"(SIG) LPHS SERIES ™ EXTreme LPHPower SOCKET ASSEMBLY Mates with: LPHT, (1,60 mm) .062" thick cards SIGNAL POSITIONS POWER POSITIONS LPHS SPECIFICATIONS Insulator Material: Black LCP Terminal Material: Signal: Brass Power: Copper Alloy Plating: Au or Sn over 50µ" (1,27 µm) Ni Current Rating: Power: 30 A per power blade (4 blades powered) Signal: 1 A per signal contact Operating Temp Range: -40°C to +105°C Voltage Rating: 250 VAC RoHS Compliant: Yes –04, –08 RECOGNITIONS For complete scope of recognitions see www.samtec.com/quality = 10µ" (0,25 µm) Gold on contact, Matte Tin on tail (Total) (Total, 2 per power bank) –VP1 = Vertical Press Fit –RT1 = Right Angle Through-hole (Use with (1,60 mm) .062" thick board) B (12,00) .472 (5,08) .200 (5,08) .200 (5,11) .201 (5,83) .230 Processing: Lead–Free Solderable: Yes (-RT1 option) –L –24, –32 For complete specifications and recommended PCB layouts see www.samtec.com?LPHS GP TAIL PLATING (18,00) (15,21) .709 .599 (12,29) .484 (2,51) .099 (4,50) .177 (4,53) .178 (1,27) .050 (2,50) .098 (2,58) .102 (5,72) .225 (0,38) .015 (0,64) .025 (3,33) .131 LPHS–04–24–L–VP1–GP APPLICATION SIGNAL POSITIONS A –24 (12,00) .472 –32 POWER POSITIONS A (–04) (48,72) 1.918 (53,80) 2.118 B A B (–04) (–08) (–08) (42,96) (72,72) (66,96) 1.691 2.863 2.636 (48,04) (77,80) (72,04) 1.891 3.063 2.836 (7,49) .295 ALSO AVAILABLE (MOQ Required) (1,27) .050 (0,46) .018 (0,64) .025 SQ Note: Series is rated up to 60 A per power bank. Note: The Molex EXTreme LPHPower™ line is a second source to the Samtec LPHS Series * EXTreme LPHPower™ is a trademark of Molex Incorporated. Note: Some lengths, styles and options are non-standard, non-returnable. • 06 Power positions • 20 & 28 Signal positions Contact Samtec. (3,30) (21,42) .843 .130 DIA (6,83) .269 (3,07) .121 DIA (2,50) .098 (9,20) .362 (3,30).130 DIA (2,46) .097 (3,84) .151 (3,07) .121 DIA LPHS–04–24–L–RT1–GP WWW.SAMTEC.COM Due to technical progress, all designs, specifications and components are subject to change without notice. (3,25) .128