142-0801-816

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Coaxial Connectors (RF) are commonly used in a variety of industries, ranging from communications and data services to aviation. The 142-0801-816 coaxial connector is one such connector that is used extensively across a range of applications and industries. This article will provide an overview of the field of application and working principle of the 142-0801-816 coaxial connector.

The 142-0801-816 coaxial connector is a 50-ohm, low-voltage connector designed for high-frequency radio-frequency (RF) applications. It is especially popular for applications requiring small size, lightweight construction, flexible design, and robust performance. In particular, the 142-0801-816 is a great choice for compact designs where space and weight are limited. This connector has a robust hermetic seal for reliable operation under extreme environmental conditions.

The 142-0801-816 connector is designed for up to 6GHz operation and is an excellent choice for applications requiring high-reliability in-line and connectorized RF systems. It is available in three variations, a 2-pin, a 4-pin, and an 8-pin, and all varieties are available in a variety of sizes and lengths. This connector is conveniently compatible with most standard RF coaxial cables, and it comes with a variety of features including a non-stick center contact for easier mating and unmating.

The primary field of use for the 142-0801-816 coaxial connector is cellular and broadband communications, including microwave- and ultra-wideband radio-frequency systems. It is well suited for use in distributed antenna systems (DAS), vehicular communications, and military applications. This connector is also commonly used in consumer electronics such as laptops, gaming consoles, and smartphones.

The 142-0801-816 connector is designed to provide a secure, reliable connection under harsh conditions. This connector is based on the traditional center-conductor-coaxial-cable (CCCC) design, which utilizes a low-loss inner conductor surrounded by a shield that is soldered to the connector. This design is both rugged and reliable, and it can withstand the high temperatures and vibrational stresses encountered in many applications without compromising stability.

The working principle of the 142-0801-816 coaxial connector involves the transfer of radio frequency energy through the connector, typically from one connector to another. This transfer process begins when electrical charges pass through the inner conductor of the connector, which then radiates the energy to a receiving device. The shield helps to reduce the amount of stray RF energy, helping to ensure a reliable and accurate transmission.

In summary, the 142-0801-816 coaxial connector is an excellent choice for high-frequency, radio-frequency applications. This connector is suitable for a wide range of applications in communications, consumer electronics, and military applications. The working principle relies on the transfer of RF energy through the connector, providing reliable and stable connections in harsh environments. Overall, the 142-0801-816 coaxial connector is a great choice for applications that demand high-reliability, efficient performance, and low-voltage operation.

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