Amphenol is a technology leader in the design, manufacture and supply of high-performance interconnect systems, sensors and antennas for a broad range of industrial applications. Our core competencies include application-specific industrial interconnect solutions utilizing integrated assemblies. Our primary end applications for industrial include agriculture equipment, alternative and traditional energy generation, batteries and hybrid drive systems, entertainment, factory automation, heavy equipment, instrumentation, internet of things (IoT), LED lighting, marine, medical equipment, oil and gas, power distribution, public safety, rail mass transit, smart manufacturing (IIoT), and transportation.
FCI Basics D-Sub Pin-in-Paste Connectors are now available in Pin-in-Paste (Through Hole Reflow) versions in standard and compact form factors. Pin-in-Paste technology (PiP) allows the use of Through Hole products in SMT manufacturing processes. The connectors use high-temperature thermoplastic that can withstand reflow soldering temperatures up to 260°C to facilitate PiP soldering.
FCI Basics D-Sub Power Board-Mount Connectors features full power and mixed power versions specifically developed for power applications in industrial and telecom market segment. Board connectors feature preloaded power contacts from 10 to 40A with up to 8 contacts in full power versions. Cable crimp and solder power contacts feature colour-code plastic clips for easy wire gauge identification.
FCI Basics D-Sub Press-fit Connectors are available in single-shell Delta-D, high density, and mixed power designs, saving the cost of an additional wave soldering. The "Eye of the Needle" termination technique combined with a unique flat-rock design supports easy application by pressure on the insulator. Insertion kits are available for the process.
ULTRA SLIM D-SUB CONNECTORS
FCI Basics has expanded the D-Sub connectors with a modified ultra-slim body with contact alignment in a single row. These are available both in SMT termination suitable for reflow soldering and solder tail version for standard wave soldering. These connectors also feature solderable retention pegs that absorb vibration.
D-Sub connectors are now available with Surface Mount Termination (SMT) in standard form factors. The connectors use high-temperature thermoplastic that can withstand reflow soldering temperatures up to 260°C to facilitate SMT soldering. The products are UL recognized and lead-free.
FCI Basics D-Sub Standard Board Mount Connectors are standard density I/O products widely across various market segments. The stamp and rolled contacts complementing the full metal shells are available in solder, straight, and angled versions. They also come with single-shell (Delta-D) and double-shell designs.
Amphenol ICC's D-Subminiature standard density product line offers a wide range of termination options for board and cable ends, bringing down the overall cost of cable assembly and connectors significantly. The terminations include Straight, Right Angle, SMT, Press Fit, and Slim Sunk for board side, and Solder Cup, Crimping, IDC Ribbon, Solderless Wire Wrap, and Screw Termination for cable side.
Amphenol ICC's IP67 Waterproof D-Subminiature product line offers the terminations for board and cable ends, bringing down the overall cost of cable assembly and connectors significantly. The terminations include Straight and Right Angle for the board side and Solder Cup for the cable side. Each termination variant has both socket and plug connectors.
Positronic Dual Port series utilize two (or more) D-sub connectors that are vertically stacked and assembled into a single connector unit. This allows for space savings on panels and printed boards. Dual Port series connectors are recommended for use in sheltered, non-corrosive indoor or outdoor environments.
The Dubox®, connector family offers an extensive range of through-hole and surface-mount part options. It is available in single or double-row in both straight and right angle orientations from 2 to 50 positions, with a maximum current rating of 3A per individual contact. This cost-efficient solution offers high reliability in electrical performance.