HLE-127 Series

Catalog

CONN SOCKET STRIP SKT 54 POS 2.54MM SOLDER ST SMD TUBE

Part	Number of Rows	Connector Type	Contact Type	Contact Material	Contact Finish - Mating	Insulation Material	Current Rating (Amps)	Row Spacing - Mating [x]	Row Spacing - Mating [x]	Insulation Height	Insulation Height	Insulation Color	Contact Finish - Post	Operating Temperature [Min]	Operating Temperature [Max]	Termination	Number of Positions Loaded	Pitch - Mating	Pitch - Mating	Voltage Rating	Number of Positions	Contact Finish Thickness - Mating	Contact Finish Thickness - Mating	Contact Shape	Fastening Type	Mounting Type	Contact Length - Post [x]	Contact Length - Post [x]	Contact Finish Thickness - Post	Contact Finish Thickness - Post
Samtec Inc. HLE-127-02-S-DV-BE	2	Receptacle Bottom Entry	Female Socket	Beryllium Copper	Gold	Liquid Crystal Polymer (LCP)	4.1 A	2.54 mm	0.1 in	3.66 mm	0.144 in	Black	Tin	-55 °C	125 °C	Solder	All	0.1 in	2.54 mm	400 VAC	54	30 Áin	0.76 Ám	Square	Push-Pull	Surface Mount
Samtec Inc. HLE-127-02-G-DV-TE	2	Receptacle	Female Socket	Beryllium Copper	Gold	Liquid Crystal Polymer (LCP)	4.1 A	2.54 mm	0.1 in	3.5 mm	0.138 in	Black	Gold	-55 °C	125 °C	Solder	All	0.1 in	2.54 mm	400 VAC	54	10 çin	0.25 çm	Square	Push-Pull	Through Hole	0.12 in	3.05 mm	3 µin	0.076 µm
Samtec Inc. HLE-127-02-L-DV	2	Receptacle	Female Socket	Beryllium Copper	Gold	Liquid Crystal Polymer (LCP)	4.1 A	2.54 mm	0.1 in	3.66 mm	0.144 in	Black	Tin	-55 °C	125 °C	Solder	All	0.1 in	2.54 mm	400 VAC	54	10 çin	0.25 çm	Square	Push-Pull	Surface Mount
Samtec Inc. HLE-127-02-F-DV	2	Receptacle	Female Socket	Beryllium Copper	Gold	Liquid Crystal Polymer (LCP)	4.1 A	2.54 mm	0.1 in	3.66 mm	0.144 in	Black	Tin	-55 °C	125 °C	Solder	All	0.1 in	2.54 mm	400 VAC	54	3 µin	0.076 µm	Square	Push-Pull	Surface Mount
Samtec Inc. HLE-127-02-G-DV-BE	2	Receptacle Bottom Entry	Female Socket	Beryllium Copper	Gold	Liquid Crystal Polymer (LCP)	4.1 A	2.54 mm	0.1 in	3.66 mm	0.144 in	Black	Gold	-55 °C	125 °C	Solder	All	0.1 in	2.54 mm	400 VAC	54	20 µin	0.51 µm	Square	Push-Pull	Surface Mount			3 µin	0.076 µm