B13B-PH-SM4-TBT(LF)(SN)

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Rectangular connectors allow direct connection of two-way communication between components. Male pin connectors are designed to be plugged into female pin receptacles on electrical circuits.

The B13B-PH-SM4-TBT (LF)(SN) Connector is a significant advancement in rectangular male pin connectors. It is designed to improve performance and reliability of multiple-contact electrical connections. The B13B-PH-SM4-TBT (LF)(SN) comprise of a metal housing, a top and bottom part and a series of metal contact pins. It is used in a variety of applications ranging from small communication devices, to aviation and defense industries.

The B13B-PH-SM4-TBT (LF)(SN) is designed for reliable electrical connection of high-speed data based on different protocol standards, as well as in analog applications. It is highly reliable and designed for easy insertion and removal from circuitry due to its self-locating design and smooth locking mechanism. The connector body is made of tough, sturdy metal, giving it the strength needed for in more industrial applications. Its improved performance reduces crosstalk and pin insulation resistance thanks to its optimization of electrical coupling, its improved pin contact design, and its excellent shielding design.

The B13B-PH-SM4-TBT (LF)(SN) works on an active contact principle. When the pins of the connector are inserted, the contacts move relative to one another, and this out of plane movement ensures that the contact forces remain as close to uniform as possible while maintaining positive contact pressure and surface area. This ensures reliable and consistent electrical performance of the connector. The shielding design helps reduce crosstalk and protect against EMI. The connector is also able to tolerate a wide range of operating temperatures.

The B13B-PH-SM4-TBT (LF)(SN) is one of the best and most reliable choices for connecting wires and circuits in various applications. With its active contact principle and excellent shielding design, it is able to provide great electrical and signal performance for any application.

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