1053281-1 Connectors, Interconnects

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Coaxial Connectors (RF)Coaxial connectors, also known as RF connectors, are used to connect two pieces of coaxial cable to create a “coaxial interface”. The RF connector is used in a wide variety of electronic applications and is commonly found in radio frequency (RF) systems, such as those used in medical, Wi-Fi, and cell phone communication. This article will discuss the 1053281-1 application field and working principle of a coaxial connector. A coaxial connector, also known as an RF connector, is an electromechanical device designed to connect two pieces of coaxial cable for the transmission of radio frequency (RF) signals. These connectors consist of a center pin surrounded by a cylindrical metal shell with both having an insulated material separating them, and a gasket or grommet between them to hold them firmly together. The connector has a center conductor (usually copper) that acts as the “center wire” of the cable and a second conductor (usually copper-clad steel or stainless steel) surrounding the center conductor, thus forming the “inner core” of the cable. Furthermore, the outer conductor – which is held together with a dielectric material – is typically surrounded by a flexible outer jacket that serves as a means to protect the cable from environmental damage.The 1053281-1 is a two-piece, cable-style, straight connector designed for medium- to high-power applications. It has a 3-piece outer shell to provide strain relief for the cable, and a center pin contacts for reliable contact and secure electrical connection. The pins are made of brass with plated carbon matte and gold over nickel finish. The pins have a 1/8” diameter and are 0.32” long. It is suitable for use in a wide variety of applications, such as test equipment, scientific instrumentation, base station systems, cellular systems, satellite systems, medical equipment, fiber optics, and MIL-STD-1553 bus systems.The working principle of a 1053281-1 coaxial connector involves electrical contact between the two pieces of coaxial cable through the connector’s center pin. A current is created when the center pin of the connector is inserted into the connector’s center conductor, creating an electrical contact. The current then flows through the center conductor of the cable, which is surrounded by a dielectric material that insulates the energy and prevents it from escaping. The dielectric material also prevents the center pin from shorting to the outer conductor, thus insuring a proper electrical connection is established between the two pieces of coaxial cable.The 1053281-1 connector is designed for reliable performance at high frequency applications and with its durable construction and secure contact, it is suitable for environments with high vibration, shock, and temperature changes. It is suited for applications requiring an extra level of security, such as military or aerospace applications. In addition, the 1053281-1 connector is designed to meet various industry and global standards, which makes it a suitable option for most applications. In conclusion, the 1053281-1 connector is a high-performance, two-piece, cable-style, straight connector. It is designed with a 3-piece outer shell and plated carbon matte and gold-over-nickel contacts. It has a 1/8” diameter and is 0.32” long. The 1053281-1 connector is suitable for a variety of applications, such as test equipment, scientific instrumentation, base station systems, cellular systems, satellite systems, medical equipment, fiber optics, and MIL-STD-1553 bus systems. It is ideal for applications that require a secure contact, vibration resistance, shock tolerance, and temperature changes.

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