Fiber Optic DIN Contacts | Smiths Interconnect

DIN Contacts

Rugged DIN style contacts and connectors that are capable of supporting wide bandwidth applications. All fiber optic contacts are offered fully terminated and tested to ensure integrity for rugged environments. Smiths Interconnect also offers a complete line of fiber optic connectors to terminate to the other end of the cables. These include ruggedized single channel (RSC), FC, ST, LC Duplex/Simplex, MTP, MT-RJ and Ruggedized SC connectors. Please consult factory for cabling options.

Notice to California Residents: PROPOSITION 65 WARNING
To find out if part number(s) meet regulatory substance or materials compliance (e.g., REACH, RoHS, or any other regulatory requirement) for compliance verification.

Twist protection pin
Multimode applications
Screw lock mechanism
Low insertion loss: -0.20 dB (typical)
Featuring Sabritec technology

Expanded product offering for disposable healthcare applications

The new disposable connector plug leverages the versatility of the Hypergrip® Series to deliver a reliable interconnect solution for single or few uses, ideal for applications that don’t require high cycle life but still require a premium disposable connector mated with a high cycle receptacle.
New High Speed Data Transmission Modules

Modules of various styles and different contact types are available for different application requirements, combining signal, power, coaxial, pneumatic and, from now on, data contact technologies into custom arrangements within a single connector frame.
Smiths Interconnect expands product offering for demanding medical applications

The new D04 connectors offer high density while maintaining high cycle life.
High reliability wire-bondable chip terminations in a small package

The new HR-CTX high frequency termination Series offers excellent broadband performance up to 64GHz and unrivalled power rating capability up to 5 Watts in a compact 0404 package. Its four times smaller footprint allows customers to save space and weight on the board, while the total thin film design optimized on Aluminum Nitride offers a high power dissipation.