BJ3159AC-201

Coaxial Connectors (RF)

The BJ3159AC-201 is a coaxial connector designed for use with RF signals. It is designed to provide a reliable and secure connection between two cables, and is ideal for use in antenna systems, wireless applications, and point-to-point radio communication systems. Due to its low insertion loss and high return loss, the BJ3159AC-201 is suitable for a wide range of applications.

The BJ3159AC-201 coaxial connector is composed of a main body, two coupling nuts, and two mechanical, electrical, and environmental sealing elements. The main body supports and encloses the pins and associated components. The pins are of a single type configuration and feature a variety of contact styles, including crimp style and solder. The pins are constructed of high quality material to ensure long term reliability. The coupling nuts are used to secure the connection between two cables, and are machined to provide a tight fit. The mechanical, electrical, and environmental sealing elements ensure that the connection between the two cables remains secure, and are also used to minimize the possible interference from external environments.

The BJ3159AC-201 coaxial connector has a frequency range of 4GHz. This allows for data transmissions with very low noise levels, making it suitable for applications such as digital communication systems, and microwave radio equipment. Its impedance is 50 Ohms, which is the usual requirement for most RF systems. The connector has a low insertion loss up to 0.5 dB or less, and a high return loss of more than -25 dB. Its excellent performance ensures the connection between two cables is of the highest quality.

The BJ3159AC-201 coaxial connectors feature a quick-lock mechanism, making it easy to install in tight spaces. In addition, the connector is RoHS compliant, and is available in both standard and reverse polarity configurations. This makes it suitable for use in a wide range of applications.

In conclusion, the BJ3159AC-201 is an excellent choice for use in RF applications. It is composed of high quality materials, has a frequency range and impedance that are suitable for most systems, and features an excellent construction and a reliable quick-lock mechanism. Its low insertion loss and high return loss make it ideal for use in antenna systems, wireless applications, and point-to-point radio communication systems.