About TNC Plug Clamp Type
Our profound knowledge, experience and industrial proficiency empower us to offer a distinguished variety of Tnc Plug Clamp Type. Manufactured using quality approved materials; this is available in diverse specifications. It has been employed in a wide range of radio and wired applications. It is widely used by Wi-Fi equipment manufacturers to comply with specific local regulations. To ensure the defect free range, we test this Tnc Plug Clamp Type on certain parameters prior dispatching at customers end.
Features:
- Easy to install
- Perfect finish
- Rust resistant body
Durability and ReliabilityBuilt with a nickel-plated brass body and gold-plated center contact, the TNC Plug Clamp Type offers dependable electrical performance and resists wear from repeated connections. Its robust design enables a minimum of 500 mating cycles, making it suitable for frequent installations in both indoor and outdoor environments. The shielded structure also provides enhanced signal integrity by reducing interference.
Versatile Application and MountingThis TNC plug is specifically designed for cable mount (clamp type), accommodating popular coaxial cable types including RG58, RG142, and RG213. Its versatility makes it ideal for various telecom, RF, and broadcast applications, while the PTFE insulation guarantees stable performance across a wide frequency spectrum. Installation is straightforward, supporting both professional and commercial requirements.
Weatherproof Protection for Outdoor UseWith its weatherproof construction and high insulation resistance, this connector is optimized for outdoor deployment. The rugged metallic finish and superior shielding further protect against environmental challenges and signal loss, ensuring maintains signal clarity and longevity in harsh conditions.
FAQs of TNC Plug Clamp Type:
Q: How do I install the TNC Plug Clamp Type connector onto a coaxial cable?
A: To install the TNC Plug Clamp Type, strip the coaxial cable to the recommended dimensions, assemble the clamp parts around the cable, insert the center conductor into the gold-plated pin, and secure the connector by tightening the clamp. Detailed instructions vary by cable type (e.g., RG58, RG142), so refer to your connectors assembly guide.
Q: What are the benefits of using this connector for outdoor applications?
A: This connector is weatherproof, with high insulation resistance (> 5,000M at 500V DC) and shielding, ensuring reliable performance in challenging outdoor environments. Its robust build minimizes signal loss and corrosion, making it ideal for exposed installations.
Q: When should I choose a TNC Plug Clamp Type connector instead of other types?
A: Select this connector when you require a durable, weatherproof solution for RF applications up to 11 GHz, especially where frequent cable connections are necessary. Its optimal for telecom, broadcast, and networking setups that involve RG58, RG142, or RG213 cables.
Q: Where can this TNC Plug Clamp Type connector be used?
A: It is suitable for a variety of RF and communication systemsincluding antenna connections, wireless base stations, test equipment, and satellite communicationsparticularly in environments exposed to weather or demanding conditions.
Q: What is the process for achieving optimal connection and signal integrity?
A: Ensure proper cable preparation (stripping and trimming), carefully assemble all clamp components, and securely fasten the connector. Verify the center conductor is correctly seated and connections are tight to maintain low contact resistance (< 1.5m center, < 1.0m outer) and minimize signal loss.
Q: What cable types and wire gauges are supported by this connector?
A: The TNC Plug Clamp Type is compatible with common coaxial cables such as RG58, RG142, and RG213, accepting standard wire gauges used in these cables for flexible deployment across various RF systems.
Q: How does the shielded design enhance usage and performance?
A: The shielded design improves electromagnetic interference (EMI) protection, maintaining signal clarity by preventing external noise from affecting data transmissioncrucial for reliable performance in high-frequency and outdoor applications.