Molex Female Connector Housing, 4 Way

Molex EXTreme Ten60Power Signal Housing

EXTreme Ten60Power signal housing for use with the 172510 series and 172512 crimp receptacle housings. This signal housing plugs into the main hybrid receptacle housing to accept the signal contacts which require purchasing separately. Three of these signal housings need purchasing for each receptacle housing

EXTreme Ten60Power signal housing for use with the 172510 series and 172512 crimp receptacle housings. This signal housing plugs into the main hybrid receptacle housing to accept the signal contacts which require purchasing separately. Three of these signal housings need purchasing for each receptacle housing

TEN50 SIGNAL HOUSING 4 CKT

TEN50 SIGNAL HOUSING 4 CKT

Molex EXTreme Ten60Power Hybrid Power and Signal Connectors

Molex EXTreme Ten60Power Hybrid Power and Signal Connectors

EXTreme Ten60Power hybrid power and signal connectors designed for use in board to board, wire to board and panel to board applications. These hybrid power connectors feature high current contact blades with a robust design and a 7.5 mm power pitch. These contacts provide 50 A of current per blade (260 A per linear pitch) with fast response times. Resistance to arcing in hot pluggable applications prevents electrical interruptions. These EXTreme Ten60Power hybrid power and signal connectors have an easy to configure modular design offering design flexibility for a wide range of power and signal requirements

EXTreme Ten60Power hybrid power and signal connectors designed for use in board to board, wire to board and panel to board applications. These hybrid power connectors feature high current contact blades with a robust design and a 7.5 mm power pitch. These contacts provide 50 A of current per blade (260 A per linear pitch) with fast response times. Resistance to arcing in hot pluggable applications prevents electrical interruptions. These EXTreme Ten60Power hybrid power and signal connectors have an easy to configure modular design offering design flexibility for a wide range of power and signal requirements