RF Industries TNC Male Crimp for LMR-200 Cables (RFT-1202-C2)

RF Industries TNC Male Crimp for LMR-200 Cables (RFT-1202-C2)

Key Features and Benefits

Experience the reliability and durability of the RF Industries TNC Male Crimp, designed specifically for LMR-200 cables. This high-performance connector is a must-have for professionals in the cellular/mobile communications industry.

• Nickle-plated body for enhanced durability
• Gold crimp center pin for optimal signal transmission
• Crimp on the braid for secure connection
• Miniature size for easy integration into your setup
• Threaded coupling nut for applications requiring performance through 7 GHz

Technical Specifications

The RF Industries TNC Male Crimp is designed with precision and attention to detail. It features a Nickle-plated body and a gold crimp center pin, ensuring optimal signal transmission. The crimp on the braid provides a secure connection, while the threaded coupling nut is perfect for applications that require performance through 7 GHz. Despite its miniature size, this connector is a powerhouse, delivering reliable and durable performance.

Reliability and Durability

With its Nickle-plated body and gold crimp center pin, the RF Industries TNC Male Crimp is built to last. It's designed to withstand the rigors of daily use, making it a reliable choice for professionals in the cellular/mobile communications industry.

High-Performance Design

The RF Industries TNC Male Crimp is designed for high-performance applications. Its threaded coupling nut ensures performance through 7 GHz, making it an ideal choice for demanding cellular/mobile communications applications.

Experience the difference that a high-quality connector can make in your setup. The RF Industries TNC Male Crimp for LMR-200 cables delivers reliable, durable performance that you can count on. Don't settle for less - choose RF Industries for your connector needs.

Upgrade your setup with the RF Industries TNC Male Crimp for LMR-200 cables today. Experience the difference that quality makes.