1361A514

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The 1361A514 is a type of coaxial connector employed in the RF field. This connector employs an innovative design meant to increase the efficiency of intermediate frequency connections. The device is specially designed for impedance matching, shielding, data rate integrity, and other performance aspects associated with the intermediate frequency domain.

The 1361A514 coaxial connector stands out from other models due its double-shielded shell configuration. This shell enables it to provide excellent electrical performance while still having a slender profile. The1361A514 features a one piece main shell in order to guarantee stable connectors and a smooth connection when mating. The device also brings a flared mounting that delivers improved power handling characteristics in order to help in creating more reliable connections.

Another important factor of the 1361A514 is the specialized design of contact surfacing. This design is characterized by an extremely low contact resistance mechanism that helps ensure a secure connection. Additionally, the surface is tapered to reduce the contact force required and thus make the mating simpler. This design also helps reduce the effect of vibration and increase its durability in harsh environments.

Finally, the 1361A514 consists of a high frequency RF ribbon which allows for easy installation and high data rate. This ribbon is made of highly conductive material and comes with a special design to maximize the symmetry of the signals. As such, this connector offers enhanced frequency stability while also reducing signal losses.

In conclusion, the 1361A514 coaxial connector is a great option for RF applications due to its impressive performance, durability, and cost effectiveness. It stands out from other connectors in its double-shielded shell design, flare mounting, tapered contact surfacing, high frequency RF ribbon and low contact resistance. All these features make it an ideal choice for applications involving impedance matching, shielding, data rate integrity, and improved power handling.

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