M39012/56B3116

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Coaxial connectors, or RF connectors, are specialized connectors designed to transfer RF signals over a certain frequency. They are essential components that are required when designing electrical systems used to transmit or receive radio frequency signals. One such type of coaxial connectors is the M39012/56B3116, which is utilized for unpressurized applications.

The M39012/56B3116 is part of the M39012 series that is designed to facilitate the electrical connections of wire-to-board and wire-to-wire interconnections. Its shell is constructed from aluminum and steel materials for robust and long-lasting performance and it generally consists of two mated components: an inner and outer conductor. This particular type of coaxial connector is also capable of accommodating a variety of standard coaxial cable sizes, ranging from 0.04" to 0.215" in diameter.

The M39012/56B3116 has a wide range of applications and is predominantly used in the aerospace, industrial, medical, and military industries. Furthermore, other use applications of the connector include equipment and systems related to microwave components, remote sensing, radar, antennas, communication systems, navigation systems, radio equipment, and RF amplifiers.

As for its working principle, the M39012/56B3116 is designed to send and receive radio frequency signals. This is done via the conductors in its shell, which create a great electrical conductivity connection. Its inner conductor is capable of conducting electrical energy whereas its outer conductor acts as a shield against electromagnetic interference (EMI) and radio frequency interference (RFI). These two conductors are then connected to a dielectric insulator, which maintains the radio frequency signals and prevents them from being able to escape.

In essence, the M39012/56B3116 acts as an efficient means of transferring radio frequency signals across a certain frequency. This particular type of connector is highly capable of withstanding harsh environmental conditions and is frequently utilized in the aerospace, industrial, medical, and military industries.

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