02S121-S00S3

Introduction

02S121-S00S3 is a type of coaxial connector that is part of the RF adapter family. This connector is intended for use in various applications, with a specific focus on radio frequency (RF) needs. It is designed to ensure signal integrity and optimize the performance of the signal in order to provide stable power delivery and energy transfer. This type of connectors is also used in many types of military and aerospace applications, and is tested under stringent conditions to prove their abilities.

Application Field

The 02S121-S00S3 is particularly suitable for applications related to RF signals, such as cellular, radar and satellite applications. Its ability to provide a reliable and secure connection is optimized due to its design and make it ideal for use in radio signals. In addition, this type of connector also works well for digital and analog electronic systems. This makes it a versatile connector for many purposes. Due to its low profile, these connectors have made them particularly suitable for applications in the field of telecommunications.

Working Principle

The working principle behind the 02S121-S00S3 is according to the standard shield structure of the RF adapter family. This includes the center contact pin, the outer shield, and the internal sleeve. The center contact pin is made from a high-quality pin material, such as stainless steel, allowing for a reliable connection between the two components at the point of connection. The outer shield is usually a metal shield, generally aluminum or copper, that works to shield the induction and interference from other external sources. The internal sleeve provides a secure fit, which ensures an adequate RF connection.

Conclusion

The 02S121-S00S3 is a type of RF adapter that is part of the Coaxial Connectors (RF) family. This type of connector is designed to provide reliable signal integrity and power transfer for a variety of applications related to RF signals. It is also used in a number of military and aerospace applications, due to its ability to provide reliable connections and secure fits. With its low profile, it is particularly suitable for telecommunications applications. Finally, the working principle is according to the standard shield structure, which includes a center contact pin, outer shield, and an internal sleeve.