RF Industries Mini-UHF Male to TNC Female Straight Adapter (RFU-623)
- Brand: RF Industries
- P\N: RFU-623
- UPC: 729198706319
Description
Description
RF Industries Mini-UHF Male to TNC Female Straight Adapter (RFU-623)
Key Features and Benefits
Experience seamless connectivity with the RF Industries Mini-UHF Male to TNC Female Straight Adapter. This high-quality adapter is designed to provide reliable and efficient connections for your devices. Its nickel-plated finish ensures durability and longevity, making it a valuable addition to your tech arsenal.
- Mini-UHF male to TNC female straight adapter
- Nickel-plated finish for enhanced durability
- 0-2 GHz frequency range for reliable connections
- 50-ohms impedance for efficient performance
Technical Specifications
The RF Industries Adapter is designed with precision and attention to detail. It operates within a 0-2 GHz frequency range, ensuring reliable and efficient performance. The adapter also features a 50-ohms impedance, further enhancing its performance and reliability.
Quality and Durability
With its nickel-plated finish, the RF Industries Adapter is built to last. This finish not only adds to the adapter's aesthetic appeal but also enhances its durability, ensuring it can withstand regular use.
Efficient Performance
The RF Industries Adapter operates at a 50-ohms impedance. This ensures efficient performance, allowing you to connect your devices with ease and confidence.
Reliable Connections
Operating within a 0-2 GHz frequency range, the RF Industries Adapter ensures reliable connections. Whether you're connecting devices at home or in the office, you can rely on this adapter to deliver.
Experience the difference with the RF Industries Mini-UHF Male to TNC Female Straight Adapter. Its high-quality design and superior performance make it a must-have for any tech enthusiast. Don't settle for less when it comes to your connections. Choose RF Industries and experience the best in connectivity.
Order your RF Industries Adapter today and experience the difference in quality and performance.