
( Brand: Times Microwave Systems ), ( Manufacturer Part Number: TC-400-NMC ), ( Part Type: Connector Cable )
The TC-400-NMC Times Microwave Male Connector is a high-performance component designed for use with LMR-400 cable. This connector is an essential tool for applications that require reliable and efficient microwave transmission, such as wireless communication systems, satellite uplinks, and radar systems.
The TC-400-NMC connector features a N-Male threaded interface, making it compatible with a wide range of cable and antenna systems. The connector is made from high-quality materials, including nickel-plated brass for superior conductivity and durability. The brass construction ensures corrosion resistance, ensuring the connector maintains its performance even in harsh environments.
The TC-400-NMC connector is designed to support frequencies up to 18 GHz, making it suitable for a broad spectrum of microwave applications. The connector offers a high power rating of 1 kW, ensuring it can handle the demands of high-power systems without degradation in performance.
The TC-400-NMC connector is built to precise standards to ensure a reliable and secure connection. The threaded interface provides a strong mechanical connection, while the RF contact ensures a low-loss electrical connection. The connector is also designed to be easy to use, with a smooth threading mechanism and a positive locking mechanism to prevent accidental disconnection.
In summary, the TC-400-NMC Times Microwave Male Connector is a high-performance, reliable, and durable component ideal for use with LMR-400 cable in microwave applications. Its nickel-plated brass construction, high frequency and power ratings, and precision-engineered design make it an excellent choice for a wide range of wireless communication and radar systems.
Pros of buying TC-400-NMC Times Microwave Male Connector with LMR-400 cable N-Male:1. High-quality material: LMR-400 cable is known for its durability and reliability, making it an excellent choice for microwave applications.
2. Wide bandwidth: TC-400 connector is designed for use in the 2-18 GHz frequency range, providing a wide bandwidth for data transmission.
3. Excellent RF performance: The connector and cable combination offer excellent RF performance, minimizing signal loss and ensuring clear communication.
4. Easy to install: The N-Male connector is a standard size, making it easy to install, and the connector is designed to be easy to handle and connect.
Cons of buying TC-400-NMC Times Microwave Male Connector with LMR-400 cable N-Male:1. Expensive: LMR-400 cable and TC-400 connectors are more expensive than standard RG-6 coaxial cable and connectors, making this a more expensive option.
2. Requires specialized tools: Installing LMR-400 cable and TC-400 connectors may require specialized tools and equipment, which can be an additional cost.
3. Limited availability: LMR-400 cable and TC-400 connectors are not as widely available as standard coaxial cable and connectors, making it harder to find replacements or additional components.
Conclusion: The TC-400-NMC Times Microwave Male Connector with LMR-400 cable N-Male is an excellent choice for microwave applications that require a wide bandwidth and excellent RF performance. While it is more expensive than standard coaxial cable, the durability, reliability, and high-quality performance make it a worthwhile investment for those who need a high-performance solution.
Recommendation: If you are looking for a high-quality, reliable solution for microwave applications, the TC-400-NMC Times Microwave Male Connector with LMR-400 cable N-Male is a great choice. However, be prepared for the added cost and the need for specialized tools for installation. If cost is a concern, consider a lower-cost option such as RG-6 coaxial cable and connectors, but keep in mind that you may not get the same level of performance and reliability.
Times Microwave tc-400-nmc-male connector for LMR-400 coaxial cable. New old stock, in original packaging the photos show the exact item buyer will receive.