FA1-NZSP-PCB-0

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Coaxial Connectors (RF) are a type of connector that consists of an outer and inner conductor, typically connected to a radio frequency (RF) device or circuit. FA1-NZSP-PCB-0 is a type of coaxial connector manufactured by FlightAware with a number of unique design features and characteristics that distinguishes it from other models. This article will discuss the application fields of this connector, and its working principle.

Application Field

The FA1-NZSP-PCB-0 is a 50 Ω RF Connector designed to work in applications such as Smart Home, Automated Vehicles, Video Broadcast System, Industrial Automation, Wireless Infrastructure and IoT Applications. It is compatible with both SMA and N connector series, and comes with an extensive range of mating accessories, such as adapters, filters, attenuators, and cable assemblies. With its gold plated center contact, this connector is perfect for high reliability applications, such as medical, industrial, automotive, and aerospace. It is designed for PCBs with a low insertion loss, return loss, and VSWR.

Working Principle

FA1-NZSP-PCB-0 employs a coaxial cord that consists of a single solid or stranded wire surrounded by three separate layers. The first layer is a conductor jacket, a thin insulation layer that insulates the inner conductor and prevents electrical interference to or from the surrounding environment. The second layer is the center contact and serves as the connection for the inner cable. The third layer is a dielectric layer, which provides a secure and airtight seal between the inner conductor and the outer conductive jacket. When the connector is mated, the inner contact and dielectric layer create an electrical connection, while the outer layers provide mechanical support.

In summary, FA1-NZSP-PCB-0 is a 50 Ω RF Connector with a wide range of applications and a reliable design suitable for use in high reliability applications. It is designed for use on PCBs and its gold plated centre contact ensures a low insertion loss, return loss and VSWR values. The connector is suitable for use in a variety of systems, including Smart Home, Automated Vehicles, Video Broadcast Systems, Industrial Automation, Wireless Infrastructure, and IoT Applications.

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