VN10-2019

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Coaxial Connectors (RF)

The VN10-2019 is a type of coaxial connectors used in radio frequency (RF) applications. It is a male-to-female connector that can be used to connect two cables in the frequency range 0-3 GHz. It is an ideal choice for applications such as wireless and satellite communication, radio frequency transmission, antenna systems, and other high frequency circuits.

The VN10-2019 connector consists of a male circular pin and a female receptacle. The pin is made of gold-plated copper while the receptacle is typically made of brass. The pin features a center contact with an inner diameter (ID) of 0.33mm, which is surrounded by an outer diameter (OD) of 0.89mm. This contact has high electrical conductivity, and thus ensures reliable electrical connections between two cables. The female receptacle features a solder-mounting arrangement to provide a secure connection.

The VN10-2019 connector features an extremely low insertion loss, making it suitable for applications that require low losses over the frequency range of 0-3GHz. The connector has a standing wave ratio of 1-1.15 on a 50 ohms impedance line, indicating excellent impedance and reflection characteristics. Moreover, the connector includes a locking mechanism to secure the connection between two cables, thus ensuring uninterrupted service.

The VN10-2019 connector is great in applications where high frequency signals are involved. It enables the transmission of high-frequency signals with minimal signal loss, thus making it suitable for connecting two coaxial cables. This connector is commonly used in wireless antenna systems, satellite communication networks, RF transmission systems, and other high frequency circuits. It is also used to connect two devices, such as digital cameras, telemetry systems, and radar systems.

In summary, the VN10-2019 is an ideal choice of coaxial connector for RF applications. It features an excellent impedance and reflection characteristics, an extremely low insertion loss, and a secure locking mechanism. This ensures reliable transmission of high frequency signals with minimal signal loss. It is used in a wide range of applications, such as antenna systems, satellite communication systems, and other high frequency circuits.

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