Amphenol Communications Solutions FCE17 15 Way Panel Mount D-sub Connector Socket, 2.74mm Pitch

Amphenol Straight Solder Bucket Connectors

These Amphenol Filtered D-Sub FCE17 Series Straight Pin or Socket connectors are Panel mount with solder cup tails.

These Amphenol Filtered D-Sub FCE17 Series Straight Pin or Socket connectors are Panel mount with solder cup tails.

Filter Capacitance of 470 pF, 820 pF, 1000 pF or 5600 pF are available indicated by a 1, 4, 5 and 9 in the Manufacturers Part Number i.e. FCE17-*****-*X** respectivelyØ3 mm mounting holes with fixing centres of 25 mm, 33.3 mm, 47 mm or 63.5 mm for E09, A15, B25 and C37 sizes respectivelySolder bucket termination with Matte Tin Plating accepts wire up to 20 awgInsulation Resistance 3000 MΩContact Resistance 15 mΩ

Filter Capacitance of 470 pF, 820 pF, 1000 pF or 5600 pF are available indicated by a 1, 4, 5 and 9 in the Manufacturers Part Number i.e. FCE17-*****-*X** respectivelyØ3 mm mounting holes with fixing centres of 25 mm, 33.3 mm, 47 mm or 63.5 mm for E09, A15, B25 and C37 sizes respectivelySolder bucket termination with Matte Tin Plating accepts wire up to 20 awgInsulation Resistance 3000 MΩContact Resistance 15 mΩ

Standards

UL94V-0

UL94V-0

Amphenol Filtered 'D' Connectors

Amphenol Filtered 'D' Connectors

These filtered connectors are compact interconnect devices that can filter unwanted EMI. The capacitors are mounted inside the connector between each of the contacts and the connector ground shell. They provide:

These filtered connectors are compact interconnect devices that can filter unwanted EMI. The capacitors are mounted inside the connector between each of the contacts and the connector ground shell. They provide:

Better EMI Control – With minimized lead inductances and short, direct paths to ground of the filter, performance will typically out perform the same filter components on a P.C.B. by a factor of three to onePCB Space Savings – Incorporating filter elements into the connector, enables simplification of the required filter schematic for the necessary performance plus a savings of 2-4 square inchesCost Savings – Filter elements, such as inductors and capacitors, must no longer be purchased, stocked, assembled or tested. Fewer components means greater reliability at lower costEasy EMI/RFI Upgrade – These compact filtered connectors fit standard non-filtered connector footprints. For improved EMC performance, simply replace the existing connector with a filtered connectorEMC Compliance & Immunity – EMI that is generated from the electronic device, radiated or conducted, will be re-directed to chassis ground through the connector shell. This same device will also protect the system from external EMI/RFI noise (such as radio transmitters, ESD, or natural phenomena such as lightning) in the same way

Better EMI Control – With minimized lead inductances and short, direct paths to ground of the filter, performance will typically out perform the same filter components on a P.C.B. by a factor of three to onePCB Space Savings – Incorporating filter elements into the connector, enables simplification of the required filter schematic for the necessary performance plus a savings of 2-4 square inchesCost Savings – Filter elements, such as inductors and capacitors, must no longer be purchased, stocked, assembled or tested. Fewer components means greater reliability at lower costEasy EMI/RFI Upgrade – These compact filtered connectors fit standard non-filtered connector footprints. For improved EMC performance, simply replace the existing connector with a filtered connectorEMC Compliance & Immunity – EMI that is generated from the electronic device, radiated or conducted, will be re-directed to chassis ground through the connector shell. This same device will also protect the system from external EMI/RFI noise (such as radio transmitters, ESD, or natural phenomena such as lightning) in the same way