Top Pick Low Loss Tnc Male To Tnc Male Cable Lmr-200, 2 Ft Up To 75% Off [Xcz34fGg]

Top Pick Low Loss Tnc Male To Tnc Male Cable Lmr-200, 2 Ft Up To 75% Off [Xcz34fGg]

Introducing the L-com LCCA30163-FT2, a premium coaxial cable assembly designed for high-performance applications. This cable features a low-loss design, making it an ideal choice for a wide range of RF and microwave applications. Constructed with Times Microwave components, it ensures exceptional quality and reliability. The 2 FT length provides flexibility and convenience, while the TNC male to TNC male configuration allows for seamless connectivity in various setups.

Product Specifications and Features

The LCCA30163-FT2 cable utilizes LMR-200 coaxial cable, known for its excellent performance and durability. Its PE (F) dielectric material offers a velocity of propagation (VoP) of 83%, resulting in significantly reduced insertion loss. This cable assembly boasts a maximum frequency of 5.8 GHz, making it suitable for a variety of high-frequency applications. The double shielding, consisting of tinned copper braid over aluminum tape, provides an impressive shielding effectiveness of greater than 90dB, ensuring minimal signal interference. Key features include:

• Times Microwave Components
• Max Frequency: 5.8 GHz
• Shielding Effectivity: > 90 dB

Applications and Benefits

The L-com LCCA30163-FT2 cable is versatile and suitable for a wide range of applications. Whether for general-purpose use, laboratory testing, antenna installations, or land mobile radio and other communication systems, this cable delivers exceptional performance. Its low insertion loss and high shielding effectiveness make it perfect for cellular and Wi-Fi systems, ensuring reliable connectivity. The flexible LMR-200 coaxial cable allows for easy installation and flexibility in various environments. With a bend radius of 2 inches, this cable is durable and suitable for frequent flexing without compromising performance. Target audiences include engineers, technicians, and professionals in the telecommunications, broadcast, and wireless industries.