FA1-NISP-C01-1 Connectors, Interconnects

Coaxial connectors, also known as RF connectors, are the most widely used connectors in the world today. They are used to connect electronic devices together, such as radios, televisions, cell phones, antennas, and more. The FA1-NISP-C01-1 is one type of coaxial connector that is often used in broadcasting, aerospace industry, and defense applications.The FA1-NISP-C01-1 is an end launch booster designed for low insertion loss and radiation suppression. It features a dedicated housing, a threaded barrel, and an integrated snap-in contact stud design. The housing provides a positive alignment and vibration resistance, the threaded barrel ensures a secure installation, and the integrated snap-in contact stud reduces cable insertion losses. This combination of features makes the FA1-NISP-C01-1 a reliable and efficient signal link.The FA1-NISP-C01-1 is built with a dielectric core and a flexible outer boot for rugged operation and vibration resistance. It also has a low VSWR (Voltage Standing Wave Ratio) and high signal loss performance, making it suitable for high power applications. The connector is designed to operate up to a frequency of 11 GHz with 50 Ω coaxial cables.The FA1-NISP-C01-1 connector has an inner diameter (ID) of 4.3mm. This size makes it compatible with most standard and low-voltage cables, including 50 Ω, 75 Ω, and RG174. Other features include a stainless steel threaded nut for easy installation, an integrated grounding feature for improved shielding, and an angled entry for easy access.The working principle of the FA1-NISP-C01-1 is based on the use of electrical signals to transfer power from one point to another. The connector allows the electric signals to pass through it, creating an electrical connection between two points. This connection creates a path for the electric signal to travel between two points, resulting in the transmission of data or power from one location to the other.In summary, the FA1-NISP-C01-1 is a high-performance, reliable coaxial connector that is suitable for high-power applications. It features a dielectric core, flexible outer boot, low VSWR, high signal loss performance, and threaded nut for easy installation. Additionally, the integrated grounding feature provides enhanced shielding and an angled entry facilitates access. Its working principle is based on the transfer of electric signals, providing an efficient and reliable connection between two points.