PSS.F7.125.LCE23

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Coaxial connectors, also referred to as RF connectors, are used in a wide variety of applications for low and high frequency signals in electronic systems and telecommunications. The PSS.F7.125.LCE23 is a particular type of coaxial connector composed of a central pin, a stationary threaded sleeve, and a stationary contact sleeve.

The PSS.F7.125.LCE23 has a termination style that fits through a hole in a mating part and is then secured with a double-nut connection. The double-nut feature eliminates the need for an external ground connection, resulting in a compact design with improved performance.

The central pin of the PSS.F7.125.LCE23 is electroplated with gold, ensuring contact conductivity and maintaining signal integrity. The connector’s precision-machined threads provide smooth articulation, and the insulated sleeve helps to prevent voltage arcing between pins.

The PSS.F7.125.LCE23 is commonly used in a variety of applications such as telecommunications, broadcast, aerospace, and medical. Its ability to handle high-frequency signals makes it an effective option for connections in networks and even cellular signals. Additionally, the connector’s small size allows it to be used in tight spaces, such as on computers and motherboards.

The working principle of the PSS.F7.125.LCE23 is based upon the electrical conductivity of the connection when it is mated. When the connector is screwed in, the internal contacts create a highly conductive connection through spring and tension force. This ensures that voltage is dropped and signal integrity is maintained, creating a strong signal path with minimal loss.

In conclusion, the PSS.F7.125.LCE23 is a versatile coaxial connector that offers robust performance in a variety of applications. The connector is critically designed to ensure high conductivity and signal integrity through its gold-plated contact, insulated sleeve, and precision-machined threads. Additionally, its small size and double-nut feature make it suitable for tight spaces, making it a popular choice for network, broadcast, and cellular applications.

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