000-36800-RFX

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Coaxial connectors (RF) are electrical components used to connect electromagnetic signals in radio frequency (RF) and microwave frequency circuits. Examples of connection types include “N”, “TNC”, “BNC”, “SMA”, “F”, and “UHF”. Coaxial connectors are designed to transfer RF signals between two devices whether they be transmitters, receivers, or transceivers.

The 000-36800-RFX is a type of RF, coaxial connector. It is a micro miniature connector designed for high temperature applications in the frequency range of DC to 26.5 GHz. It is constructed with a standard body that is precision machined with four pins to minimize RF transmission losses. The contact interface is equipped with two (inner and outer) crimp contacts which mate with the pins in the contact block.

The main application of the 000-36800-RFX is in military and aerospace applications, where extreme performance and reliability is required, though it is also used widely in commercial products and instrumentation devices. One example of its use is in satellite communication and radar systems where performance, robustness and reliability is a key requirement due to the harsh environmental conditions.

The working principle of the 000-36800-RFX is based on the structure of the connector itself. It is designed to ensure a secure and reliable connection between the two devices where it is used. The contacts in the connector are precision machined to minimize losses and interference when signals pass through. They are also designed to prevent moisture and dust from entering the circuit. The connector is also designed with two self-aligning crimp contacts which securely lock and mate with the pins in the contact block.

The 000-36800-RFX is an important RF connector component and its use is essential to ensure reliable and secure data transfer between two devices. It is used in a variety of applications from military and aerospace to commercial products and instrumentation devices. Its working principle is based on the structure of the connector which is designed to minimize losses and interference between the two connected devices and ensure maximum performance.

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