All-in-one Low Loss N Female Bulkhead To Tnc Male Cable Lmr-600 4 Ft Lf Solder Pro Version [y4EvYNsa]

Low Loss N Female Bulkhead to TNC Male Cable Assembly

The LCCA30333-FT4 cable assembly by L-com is designed for high-performance connectivity, offering a seamless transition between N female bulkhead connectors and TNC male connectors. Constructed with LMR-600 coaxial cable, this assembly ensures minimal signal loss and optimal performance. With Times Microwave components and LF solder, this cable provides a robust and reliable connection, making it ideal for various applications where flexibility and high-frequency operation are crucial.

Product Specifications and Features

This cable assembly boasts a maximum frequency of 5.8 GHz, making it suitable for a wide range of applications including cellular and Wi-Fi systems. The double shielding, featuring a tinned copper braid over aluminum tape, offers shielding effectiveness greater than 90 dB, ensuring a stable and interference-free signal. The PE jacket provides flexibility, while the 87% phase velocity delivers low insertion loss, enhancing overall performance. Key features include a bend radius of 6 inches for durability and a general purpose design for versatile use in laboratories, antenna installations, and land mobile radio systems.

Applications and Benefits

The LCCA30333-FT4 cable assembly is a versatile solution for a variety of applications. Whether you're setting up a lab, installing antennas, or configuring communication systems, this cable is designed to meet your needs. Its flexible design allows for easy installation and adjustment, while the high-frequency performance ensures clear and reliable signal transmission. With L-com's commitment to quality and customization, you can expect a cable assembly that not only meets your technical requirements but also provides the flexibility to adapt to your unique environment. Contact a sales representative for further information on custom RF cable solutions and additional value-added services like connector orientation, heat shrink booting, and custom labeling.