Series = KK 100 Pitch = 2.54mm Number of Contacts = 3 Number of Rows = 1 Body Orientation = Vertical Shrouded/Unshrouded = Unshrouded Mounting Type = Through Hole
Series = KK 100 Pitch = 2.54mm Number of Contacts = 36 Number of Rows = 1 Body Orientation = Vertical Shrouded/Unshrouded = Unshrouded Mounting Type = Through Hole
Series = KK 100 Pitch = 2.54mm Number of Contacts = 5 Number of Rows = 1 Body Orientation = Vertical Shrouded/Unshrouded = Unshrouded Mounting Type = Through Hole
90° PCB Header with Friction Lock, 7395 Series (Au). A range of KK 254 Series 7395 Right Angle PCB Pin Headers with Friction Lock with Gold plating on the contact area and Tin plating on the solder...
KK Wire-to Board PCB Pin Header with Friction Lock 7395 Series. The KK 254 Wire-to-Board, PCB Pin Header, Right Angle with Friction Lock 7395 Series is end stackable. The contact pins are 0.64 mm s...
UL (E29179) and CSA (LR 19980). 90° PCB Header. A range of Wire-to-Board KK 245 4094 Series 2.54 mm pitch Right Angle PCB Pin Headers with a White Nylon UL 94V-0 wafer material. These KK 245 4094 S...
90° PCB Header with Friction Lock, 7395 Series (Au). A range of KK 254 Series 7395 Right Angle PCB Pin Headers with Friction Lock with Gold plating on the contact area and Tin plating on the solder...
90° PCB Header with Friction Lock, 7478 Series. A range of KK 254, 7478 Series, Right Angle PCB Pin Headers with Friction Lock with Tin plated square pins. The wafer material is Nylon UL 94V-0 Whit...
90° PCB Header with Friction Lock, 7478 Series. A range of KK 254, 7478 Series, Right Angle PCB Pin Headers with Friction Lock with Tin plated square pins. The wafer material is Nylon UL 94V-0 Whit...
KK Wire-to Board PCB Pin Header with Friction Lock 7395 Series. The KK 254 Wire-to-Board, PCB Pin Header, Right Angle with Friction Lock 7395 Series is end stackable. The contact pins are 0.64 mm s...
Series = KK 254 Pitch = 2.54mm Number of Contacts = 12 Number of Rows = 1 Body Orientation = Right Angle Shrouded/Unshrouded = Unshrouded Mounting Type = Through Hole