041792 Series

Manufacturer: Molex

Catalog

CONN HEADER R/A 5POS 3.96MM

Part	Style	Insulation Height	Insulation Height	Mounting Type	Insulation Material	Contact Finish - Mating	Number of Positions Loaded	Contact Length - Mating	Contact Length - Mating	Pitch - Mating	Pitch - Mating	Connector Type	Applications	Contact Finish Thickness - Mating	Contact Finish Thickness - Mating	Contact Type	Insulation Color	Contact Finish - Post	Termination	Contact Shape	Contact Length - Post	Contact Length - Post	Number of Rows	Shrouding	Material Flammability Rating	Fastening Type	Contact Finish Thickness - Post	Contact Finish Thickness - Post	Number of Positions	Number of Positions
Molex 0417920531	Board to Board Cable	10 mm	0.394 "	Through Hole Right Angle	Polyester Glass Filled	Gold	All	11.43 mm	0.45 in	0.156 in	3.96 mm	Header	Automotive General Purpose Industrial Medical Telecommunications	30 Áin	0.76 Ám	Male Pin	Natural	Tin	Solder	Square	0.156 in	3.96 mm	1	Shrouded - 1 Wall	UL94 V-0	Friction Lock	2.54 µm	100 µin
Molex 0417920534	Board to Board Cable	10 mm	0.394 "	Through Hole Right Angle	Polyester Glass Filled	Gold	All	11.43 mm	0.45 in	0.156 in	3.96 mm	Header	Automotive General Purpose Industrial Medical Telecommunications	30 Áin	0.76 Ám	Male Pin	Natural	Tin	Solder	Square	0.156 in	3.96 mm	1	Shrouded - 1 Wall	UL94 V-0	Friction Lock	2.54 µm	100 µin	8
Molex 0417920525	Board to Board Cable	10 mm	0.394 "	Through Hole Right Angle	Polyester Glass Filled	Gold	All	11.43 mm	0.45 in	0.156 in	3.96 mm	Header	Automotive General Purpose Industrial Medical Telecommunications	15 µin	0.38 µm	Male Pin	Natural	Tin	Solder	Square	0.156 in	3.96 mm	1	Shrouded - 1 Wall	UL94 V-0	Friction Lock	2.54 µm	100 µin		16
Molex 0417920528	Board to Board Cable	10 mm	0.394 "	Through Hole Right Angle	Polyester Glass Filled	Gold	All	11.43 mm	0.45 in	0.156 in	3.96 mm	Header	Automotive General Purpose Industrial Medical Telecommunications	30 Áin	0.76 Ám	Male Pin	Natural	Tin	Solder	Square	0.156 in	3.96 mm	1	Shrouded - 1 Wall	UL94 V-0	Friction Lock	2.54 µm	100 µin	2
Molex 0417920517	Board to Board Cable	10 mm	0.394 "	Through Hole Right Angle	Polyester Glass Filled	Gold	All	11.43 mm	0.45 in	0.156 in	3.96 mm	Header	Automotive General Purpose Industrial Medical Telecommunications	15 µin	0.38 µm	Male Pin	Natural	Tin	Solder	Square	0.156 in	3.96 mm	1	Shrouded - 1 Wall	UL94 V-0	Friction Lock	2.54 µm	100 µin	8
Molex 0417920514	Board to Board Cable	10 mm	0.394 "	Through Hole Right Angle	Polyester Glass Filled	Gold	All	11.43 mm	0.45 in	0.156 in	3.96 mm	Header	Automotive General Purpose Industrial Medical Telecommunications	15 µin	0.38 µm	Male Pin	Natural	Tin	Solder	Square	0.156 in	3.96 mm	1	Shrouded - 1 Wall	UL94 V-0	Friction Lock	2.54 µm	100 µin
Molex 0417925532	Board to Board Cable	10 mm	0.394 "	Through Hole Right Angle	Polyester Glass Filled	Gold	All	11.43 mm	0.45 in	0.156 in	3.96 mm	Header	Automotive General Purpose Industrial Medical Telecommunications	30 Áin	0.76 Ám	Male Pin	Natural	Tin	Solder	Square	0.156 in	3.96 mm	1	Shrouded - 1 Wall	UL94 V-0	Friction Lock	2.54 µm	100 µin	6
Molex 0417920536	Board to Board Cable	10 mm	0.394 "	Through Hole Right Angle	Polyester Glass Filled	Gold	All	11.43 mm	0.45 in	0.156 in	3.96 mm	Header	Automotive General Purpose Industrial Medical Telecommunications	30 Áin	0.76 Ám	Male Pin	Natural	Tin	Solder	Square	0.156 in	3.96 mm	1	Shrouded - 1 Wall	UL94 V-0	Friction Lock	2.54 µm	100 µin	10
Molex 0417920513	Board to Board Cable	10 mm	0.394 "	Through Hole Right Angle	Polyester Glass Filled	Gold	All	11.43 mm	0.45 in	0.156 in	3.96 mm	Header	Automotive General Purpose Industrial Medical Telecommunications	15 µin	0.38 µm	Male Pin	Natural	Tin	Solder	Square	0.156 in	3.96 mm	1	Shrouded - 1 Wall	UL94 V-0	Friction Lock	2.54 µm	100 µin	4
Molex 0417920538	Board to Board Cable	10 mm	0.394 "	Through Hole Right Angle	Polyester Glass Filled	Gold	All	11.43 mm	0.45 in	0.156 in	3.96 mm	Header	Automotive General Purpose Industrial Medical Telecommunications	30 Áin	0.76 Ám	Male Pin	Natural	Tin	Solder	Square	0.156 in	3.96 mm	1	Shrouded - 1 Wall	UL94 V-0	Friction Lock	2.54 µm	100 µin	12