FA1-NARJ-C01-0

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Coaxial Connectors (RF):

FA1-NARJ-C01-0 is a type of coaxial connectors, also known as radio frequency (RF) connectors. Its primary use is to connect two pieces of electronic equipment to transmit audio or video signals while minimizing signal loss. Due to its robust construction, it can be used in locations and applications where more fragile connectors would not be suitable.

Application Field:

FA1-NARJ-C01-0 connectors are widely used in various industries and applications. They are commonly used to connect two pieces of electronic equipment in automotive, audio/video, military, and consumer electronics applications. They can also be found in radar and communication systems, among other fields.

Working Principle:

FA1-NARJ-C01-0 connectors operate by creating a continuous, low-resistance connection between two pieces of electronic equipment. The reed-shaped center pin, also known as the inner conductor, is surrounded by a flexible metallic shield, known as the outer conductor. The inner conductor is surrounded by an insulating dielectric, which is in turn surrounded by the outer conductor. When the two pieces of equipment are joined together, the inner and outer conductors make contact and a low-resistance electrical connection is created. This connection helps ensure minimal signal loss and maintains optimal performance.

FA1-NARJ-C01-0 connectors come with an integrated insertion and removal mechanism, which allow them to be easily connected and disconnected. Insertion is done by aligning the two pieces of equipment and pushing the connectors together. Removal is done by pulling on the outer conductor, which disengages the connectors. The locking mechanisms on the connectors helps ensure that the connection remains secure and there is no unintentional disconnection.

FA1-NARJ-C01-0 connectors offer several advantages when compared to other types of connectors. They are durable and capable of handling a wide range of frequencies. They also offer low signal loss and maintain optimal performance in noisy environments. Additionally, they are weather-resistant, which makes them suitable for outdoor applications.

The specific data is subject to PDF, and the above content is for reference