TNC Plug Crimp Type

TNC Plug Crimp Type Specification

Capacity
50 Ohm impedance

Male End Type
TNC Plug (male)

Connector Type
Crimp Type

Voltage Rating
500 V rms (maximum)

Connector
TNC Plug

Female End Type
Mating receptacle (not included)

Insulation
PTFE dieletric

Jacket Material
PVC/LSZH (Depends on cable used)

Number of Conductor
Single conductor

Outer Diameter
~12 mm (connector body)

Cable Type
Coaxial cable (RG58, RG174, compatible)

Length
Custom/crimped to required cable length

Sheild
Braided copper shield

Cable Length
As per cable attached

TNC Plug Crimp Type Trade Information

Minimum Order Quantity
1000 Pieces

Delivery Time
2 Week

About TNC Plug Crimp Type

With long term experience of this industry, we are engaged in manufacturing and supplying qualitative range of Tnc Plug Crimp Type. This is carefully manufactured by utilizing standard quality materials under the observation of our qualified experts. This allows you to connect a wide range of RF devices that utilize the TNC connectors including video and Ethernet applications. In addition, this Tnc Plug Crimp Type can be purchased from us at negotiable prices.

Features:

Strong construction
Long functional life
No maintenance

Precision Signal Performance

Engineered for consistency, the TNC Plug Crimp Type delivers impressive performance with a frequency range of 011 GHz. Its gold-plated center and PTFE dielectric ensure minimal signal loss, making it ideal for demanding telecom and RF applications. Braided copper shielding enhances noise immunity, maintaining signal clarity even in high-interference environments.

Reliable Construction & Long Service Life

Built with a sturdy threaded coupling mechanism and robust materials, this connector supports over 500 mating cycles. The crimp type design allows for custom cable lengths to suit diverse installation requirements, and the outer PVC or LSZH jacket offers dependable protection for a variety of environments.

Tailored Solutions & Environmental Responsibility

We provide connectors compatible with multiple cable types (like RG58 and RG174), offering custom length and jacket materials to match your projects safety and regulatory needs. Fully RoHS compliant, these connectors support environmentally responsible installations without compromising on performance.

FAQs of TNC Plug Crimp Type:

Q: How do I properly install the TNC Plug Crimp Type connector on a coaxial cable?

A: To install the TNC Plug Crimp Type connector, select a compatible coaxial cable (such as RG58 or RG174), strip the cable to the required lengths, then insert the cable into the connector. Use a crimping tool designed for the connectors specification to secure both the center contact and the braiding. Installation ensures reliable signal transmission and should follow manufacturer guidelines for best results.

Q: What applications commonly use the TNC Plug Crimp Type connector?

A: This connector is widely used in RF, telecommunications, antennas, wireless data transmission, and testing equipment where stable performance up to 3 GHz is vital. Its robust threaded design suits environments requiring strong signal integrity and frequent connector mating cycles.

Q: When should I choose a TNC connector over other types?

A: TNC connectors are preferred for applications needing secure threaded coupling and reliable high-frequency performance. They outperform BNC connectors in vibration-prone settings and provide enhanced stability up to 3 GHz, making them suitable for professional communication and networking installations.

Q: Where can I source these connectors and do you offer export services?

A: As a trusted manufacturer, supplier, and exporter based in India, we provide TNC Plug Crimp Type connectors to domestic and international clients. Customization for cable length and jacket materials is available to suit specific project needs.

Q: What is the process for ordering custom-length TNC plug assemblies?

A: To order custom-length TNC plug assemblies, specify your desired cable type (RG58, RG174, etc.), exact cable length, and any preferred jacket material (PVC or LSZH). Our sales team will assist in fulfilling your requirements and ensuring compliance with industry standards.

Q: How does the gold-plated center contact and PTFE insulation benefit performance?

A: The gold plating on the center contact enhances conductivity and reduces oxidation, promoting consistent signal transmission over time. PTFE dielectric insulation provides excellent electrical properties, helping maintain impedance and minimizing signal loss across a wide frequency range.