Amphenol ICC Quickie Series Right Angle Through Hole PCB Header, 8 Contact(s), 2.54mm Pitch, 2 Row(s), Shrouded

Quickie series 2.54 mm ejector header connectors that mate with the Quickie IDC receptacle connectors. These Quickie ejector headers have four wall shrouding which provides protection the unmated pins. The shrouded housing also incorporates dual polarization slots and keying features for accurate alignment and to prevent mismating. The side latches enable the header to be locked securely to the mating connectors and allow easy ejection. The latches also minimize space on the PCB and enable high density mounting. The contacts of these Quickie series 2.54 mm ejector headers are duplex plated guarantees a performance of 100 mating cycles. The housings are made of high temperature thermoplastic and are able to withstand the wave solder process. These Quickie series 2.54 mm ejector header connectors are available as right angle or vertical mounting and with a standard or low profile latch design.

• Four wall shrouding for contact protection
• Dual polarization slots and keying to prevent mismating
• Side latches for easy, secure mating and ejection
• Duplex plating contacts guarantee a performance of 100 mating cycles
• High temperature thermoplastic housings

These Quickie 2.54 mm IDC connectors are suitable for use in applications in a wide range of markets. These markets include industrial, instrumentation, medical markets, consumer, communications and data

Mates with Quickie IDC Receptacles, see stock number 673-7682 typical.

The Amphenol ICC right angle through mount eject latch connector is a complete solution for flat cable-to-board connections which is highly durable and cost-saving connector compatible with wave soldering process.

Prevents misalignment
Dielectric withstanding voltage up to 500V RMS
Industry qualified proven products
Current rating up to 3A

For products that are Customized and under Non-cancellable & Non-returnable, Sales & Conditions apply.

2.54mm Amphenol FCI Quickie Interconnection System