041771 Series

Manufacturer: Molex

Catalog

CONN HEADER VERT 9POS 3.96MM

Part	Insulation Height	Insulation Height	Contact Finish - Mating	Mounting Type	Connector Type	Contact Length - Post [x]	Contact Length - Post [x]	Number of Rows	Contact Length - Mating	Contact Length - Mating	Contact Type	Style	Shrouding	Applications	Number of Positions Loaded	Fastening Type	Insulation Color	Contact Shape	Contact Finish - Post	Contact Finish Thickness - Mating	Contact Finish Thickness - Mating	Number of Positions	Material Flammability Rating	Termination	Overall Contact Length	Overall Contact Length	Insulation Material	Pitch - Mating	Pitch - Mating	Contact Finish Thickness - Post	Contact Finish Thickness - Post
Molex 0417710923	0.13 in	3.3 mm	Gold	Through Hole	Header	3.56 mm	0.14 in	1	11.43 mm	0.45 in	Male Pin	Board to Board Cable	Unshrouded	Automotive General Purpose Industrial Medical Telecommunications	All	Push-Pull	Natural	Square	Tin	30 Áin	0.76 Ám	9	UL94 V-0	Solder	0.72 "	18.29 mm	Polyester Glass Filled	0.156 in	3.96 mm	2.54 µm	100 µin
Molex 0417710905	0.13 in	3.3 mm	Gold	Through Hole	Header	3.56 mm	0.14 in	1	11.43 mm	0.45 in	Male Pin	Board to Board Cable	Unshrouded	Automotive General Purpose Industrial Medical Telecommunications	All	Push-Pull	Natural	Square	Tin	15 µin	0.38 µm	8	UL94 V-0	Solder	0.72 "	18.29 mm	Polyester Glass Filled	0.156 in	3.96 mm	2.54 µm	100 µin
Molex 0417710901	0.13 in	3.3 mm	Gold	Through Hole	Header	3.56 mm	0.14 in	1	11.43 mm	0.45 in	Male Pin	Board to Board Cable	Unshrouded	Automotive General Purpose Industrial Medical Telecommunications	All	Push-Pull	Natural	Square	Tin	15 µin	0.38 µm	4	UL94 V-0	Solder	0.72 "	18.29 mm	Polyester Glass Filled	0.156 in	3.96 mm	2.54 µm	100 µin
Molex 0417710917	0.13 in	3.3 mm	Gold	Through Hole	Header	3.56 mm	0.14 in	1	11.43 mm	0.45 in	Male Pin	Board to Board Cable	Unshrouded	Automotive General Purpose Industrial Medical Telecommunications	All	Push-Pull	Natural	Square	Tin	30 Áin	0.76 Ám		UL94 V-0	Solder	0.72 "	18.29 mm	Polyester Glass Filled	0.156 in	3.96 mm	2.54 µm	100 µin