1052987-1

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Coaxial connectors, more commonly referred to as RF connectors, are designed to reliably create electrical connections between a transmitter and receiver for the purpose of transmitting radio frequency signals. In the RF world, some of the most common and recognizable varieties are BNC, SMA, N-type, UHF, and TNC, but there is a wide variety of others used for different applications. One of these is the 1052987-1 coaxial connector. This connector is designed to provide high density in a panel-type jack. It is a male connector with size 2, 12 and 16 mounting holes and is designed for use with a female receptacle. It is designed to provide excellent RF signal integrity while occupying only a small amount of space. It features a 360° shield with a center crimp terminal for secure connections and has a maximum working frequency of 5.8 GHz.

When employed in RF applications, the 1052987-1 connector operates in much the same way as other varieties of coaxial RF connectors: the connection creates a continuous, low impedance path to the transmitter and receiver, minimizing the effects of external fields. The shielding and ground braiding around the center conductor block unwanted signals from entering the circuit and protect the transmitter and receiver from damage. The connector is also typically electroplated to ensure the highest frequencies are passed without distortion.

The 1052987-1 connector is typically used in the industrial, medical, and military/aerospace markets. It is ideal for applications such as radio communication equipment, GPS modules, avionics, wireless transmission systems, wireless headsets, automotive applications, and high-frequency test systems. As it is designed for use in a panel, the 1052987-1 is also used in many larger, more complex systems such as broadcasting studios and network equipment staging racks.

As a coaxial connector, the 1052987-1 operates by maintaining a very low impedance path between a transmitter and receiver, allowing for the reliable transmission of RF signals. Its small size and 360° shielding make it an ideal choice for many applications, particularly those requiring the transmission of high-frequency signals with minimal distortion.

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