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    • Standard probes offered in custom configurations
    • 0.100" pitch
    • Ground, power and signal probe options
    • Surface mount, thru-hole and solder cup terminations
    C Series probes, renowned for their reliable performance in shock and vibration environments, housed in standard and customized connector footprints.  

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    • Utilizes low profile, high density spring probe technology
    • Compression mount termination options
    • Design flexibility
    • Spring probe arrays configured to match required footprint
    • Integrated alignment, latching and sealing features
    Smiths Connectors integrates industry-leading spring probe technology with extensive design experience to provide application-specific interposer solutions. Whether facing intense shock and vibration, extreme temperatures or environmental contaminants, Smiths Connectors tailors every solution to operate at peak performance without contact interruption. Smiths Connectors interposers can be soldered or compression mounted allowing for a reduction in manufacturing costs and providing space savings in a confined area. Interposers can be designed to handle substantial amounts of power safely with some individual contacts capable of withstanding as much as 30 Amps in free air. A comprehensive discussion with the Smiths Connectors team initiates the design process. Time is invested to understand the electrical, mechanical and environmental requirements of the project. Leveraging a broad portfolio of spring probe products with state-of-the-art modeling and simulation tools, the ideal Smiths Connectors spring probe is recommended for the interposer. Consideration is given to the mating environment and additional aspects, such as component cut-outs, sealing gaskets, housing materials and alignment features, are suggested to complete the proposal. Smiths Connectors embraces a collaborative approach to ensure delivery of an innovative, high performance, reliable interposer which meets each customer’s specifications while exceeding their expectations. Applications Utilized throughout the aerospace industry, Smiths Connectors interposers are incorporated in applications such as:
    • Ground and air-based radar
    • Satellites
    • Missiles
    • Fixed wing and rotary aircraft
    • Test and measurement environments
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    • Blind mate capability
    • Compression mount
    • Reliable electrical performance
    • PCB and cable termination options
    Spring probe based compliant connectors designed with a mating contact.  
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    • Meets IP and MIL standard sealing requirements
    • Rugged, reliable probes
    • Long insertion life
    Spring probe embedded connectors designed with the most innovative gaskets and sealing technologies to ensure compliance with IP and MIL standard requirements. Environmentally Sealed Probes and Connectors IDI’s latest revolutionary design is the world’s first and only Environmentally Sealed Probe. It provides superior electrical performance while preventing the ingress of liquids and contaminants into the spring cavity of the contact. This pristine spring sealed cavity and proven bias ball design ensures consistent contact for 20,000 cycles even in the harshest environments.These sealed probes are used in connectors in the following applications:

    Applications:

    • Military Radios
    • Unmanned Vehicles
    • Military Manned Vehicles
    • Medical Electronics
    • Industrial Equipment
    • Public Safety Equipment
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    • High insertion life
    • Suited for blind mate connections
    • Low profile, high compliance ratio
    • Ideal for high shock and vibration environments
    Smiths Connectors | IDI spring probe techology utilized in custom connector designs.  Mixed signals and functionality can be designed into a single connector.
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    • Long cycle life
    • Stable contact resistance
    • Superior compliance
    • Reliable signal integrity
    Spring probes provide reliable electro-mechanical performance through hundreds of thousands of cycles.  They are available in a variety of sizes, spring forces and terminations.

  • Lightweight, robust, quick release, miniature connector

    • IP67 sealing, EMI shielding
    • Available in both circular (7, 13, 19 way) and rectangular (12, 21, 30 ways)
    • Equipped with Hyperspring contacts
    • Designed to protect the electrical interface against extreme environmental conditions
    SnapTac©  is a lightweight, robust, quick release, miniature connector delivering exceptional signal integrity, IP67 sealing, EMI shielding and the robustness to meet the demanding specifications required in FCS programs. It is equipped with Hypertac HyperSpring spring loaded contacts and is available in both circular (7, 13, 19 way) and rectangular (12, 21, 30 ways) version. The connector plug is offered with and without over-moulding and cabling, following requests for both turn-key solutions and easy integration into existing designs. The SnapTac© connector system is designed to protect the electrical interface against extreme environmental conditions such as:
    • Dirt, sand and moisture ingress
    • Extreme temperature changes
    • Radio Frequency Interference
    • Water submersion
    • Shock
    • Humidity
     
     
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    • Long cycle life
    • Stable contact resistance
    • Superior compliance
    • Reliable signal integrity
    Spring probes provide reliable electro-mechanical performance through hundreds of thousands of cycles.  They are available in a variety of sizes, spring forces and terminations. Smiths Connectors compression mount connectors utilizing spring probe technology offer tremendous advantages in reliability, performance and efficiency in comparison to conventional technologies like stamped metal, wire mesh, pin-and-socket or elastomer. Spring Probe Connectors provide:
    • Z Axis compliance - one-piece compression mount
    • Versatility of mounting and profile
    • Blind mate
    • Extremely high density
    • Low, consistent resistance
    • Reliable contact when exposed to shock, vibration, and acceleration
    • Consistent performance, first stroke, every stroke
    • Million-cycle mechanical lifetimes
     
     

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