VMU30-2051 Connectors, Interconnects

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Coaxial Connectors are used in many applications The VMU30-2051 is a type of connector used to join two pieces of coaxial cable. These connectors are also known as RF or Radio Frequency connectors, as they are commonly used in communications systems. This type of connector is used to carry low-frequency signals, typically between 1 MHz and 4 GHz.

The VMU30-2051 connector is designed to work in harsh environments and survive during various combinations of temperature, humidity, pressure, vibration, and shock. It is designed to withstand a maximum temperature of 125 °C and a vibration of 25 Hz, which is much higher than typical screws and bolts used for connection in non-harsh environments. The connector also features a top-loaded center contact that is ideal for RF transmissions, providing secure low-resistance connections that result in high-frequency, low-loss performance.

The VMU30-2051 connector has two parts: an outer contact, and an inner contact. The outer contact is a sleeve that provides a solid, secure fit over the radio-frequency cable. The inner contact is a metal pin which is pushed or crimped into the center of the cable and provides the connection between the cable and the connector. The inner contact is designed to make an airtight seal to the inside of the connector and provide a low-resistance connection. This ensures that signals transmitted through the connector will not be attenuated by the connection.

The VMU30-2051 connector is primarily used in radios, base-stations, and other equipment that require robust connections at high radio frequencies. These connectors are commonly used in military, aerospace, and telecommunications applications. They are also suitable for general-purpose applications, including CATV, satellite, automotive, video, and audio.

In summary, the VMU30-2051 is a type of RF connector that is designed to work in harsh environments and carry low-frequency radio signals. It features a top-loaded center contact that provides secure low-resistance connections, and it is mostly used in military, aerospace, and telecommunications applications. This connector is ideal for applications that require robust, low-loss connections at high frequencies.

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