About TNC Plug Right Angled RP Crimp Type For Cable RG316
Description: RP,Cable Connector, plug, Angled/9050, Crimp Type,RG316
Accessories: cover+insulator+ferrule
Features:
- RP,Cable Connector, plug, Angled/90 50, Crimp Type, RG316;
- Thread Version of BNC used in Vibration-Intense application with high durability;
- Higher Performance than BNC with 0-11 GHz Microwave frequencies and 50 ohm impedance;
- From the OEM Original Factory, same quality with much better price.
Main Application of TNC Connectors:
Cellular Mobile Phones, Aviation Controls, Telemetry,Bluetooth and GPS, Wireless Base Station, Microwave Comonents, Radar,Networks,Antenna Mounts, Machine to machine communications, Security Devices,Instrumentation.
Outstanding RF PerformanceBuilt for superior high-frequency applications, the TNC Plug offers reliable operation with low VSWR, up to 3 GHz, and consistent impedance at 50 Ohms. Its secure, threaded locking ensures stable connectivity even in demanding RF environments. This feature set makes it an optimal choice for professional-grade wireless and testing setups.
Engineered for Practical InstallationThe connector supports quick, secure, and tool-based crimp-on mounting for RG316 cables. Its right-angled design allows efficient cable management in tight assemblies, minimizing mechanical strain and facilitating neat installations in confined spaces without sacrificing electrical performance.
Tough, Reliable Build QualityConstructed with a nickel-plated brass body and gold-plated center pin, plus PTFE insulation, this TNC Plug is designed to withstand repeated use, vibrations, and temperature extremes. With storage from -55C to +125C and operation from -40C to +85C, it suits both industrial and demanding field applications.
FAQs of TNC Plug Right Angled RP Crimp Type For Cable RG316:
Q: How do I correctly crimp the TNC Right Angled RP connector onto RG316 cable?
A: First, strip your RG316 cable according to the standard dimensions. Insert the cable into the connectors ferrule, ensuring the conductor fits into the gold-plated center pin. Use an appropriate crimp tool to secure the ferrule. Confirm that the connection is mechanically tight and properly aligned within the body before final assembly.
Q: What are the main benefits of using this TNC plug for RF and wireless applications?
A: This connector offers a secure threaded locking mechanism, stable electrical performance up to 3 GHz, and low VSWR (1.3). Its right-angle design saves space and reduces cable strain, while gold-plated contacts and PTFE insulation enhance signal integrity, making it ideal for reliable RF communication and test setups.
Q: Where can this TNC RP Crimp connector be used effectively?
A: This connector is ideal for RF communications, WLAN, wireless antennas, test equipment, and coaxial cable assemblies. Its robust performance and mechanical design allow use in laboratories, wireless networks, telecom infrastructure, and customized RF assemblies where RG316 cable is required.
Q: When should I select a right-angled TNC connector instead of a straight type?
A: Choose the right-angled option when space constraints or specific equipment layouts require the cable to exit at a 90 angle, aiding in better cable management, minimizing cable bend stress, and preventing signal degradation in tight installation areas.
Q: What is the process for customizing the connector length?
A: The total length can be specified during ordering to match your cable assembly requirements. As the connector is designed for RG316 cable, inform your supplier of the exact cable and length specifications needed for your application.
Q: Is this TNC connector suitable for outdoor or waterproof applications?
A: No, this model is not rated as waterproof. It should be used in indoor or protected environments to prevent moisture ingress, which may affect performance and longevity.
Q: What advantages does the threaded coupling provide during usage?
A: The threaded coupling ensures a secure, stable connection that resists vibration and accidental disconnection, making it highly reliable for equipment that may experience movement or frequent reconnections, such as test benches and field-deployed systems.