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TNC F RP CRIMP for RG58/RG142/LMR195/LMR200 Cable

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TNC F CRIMP for RG58/RG142/LMR195/LMR200 Cable

91.13

TNC F CRIMP for RG58/RG142/LMR195/LMR200 Cable

91.13

High-performance TNC Female Crimp Connector precision-engineered for 50-Ohm RF terminations on RG58, RG142, LMR195, and LMR200 coaxial cables. Featuring a robust threaded interface and a standard crimp ferrule, this jack is designed for bulkhead mounts, wireless base stations, and telemetry systems where vibration resistance and signal integrity are essential.

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Description

Description

The TNC (Threaded Neill-Concelman) series is a threaded version of the BNC interface, engineered to provide stable electrical contact in environments subject to high vibration and shock. This female (jack) variant is specifically optimized for the 5mm (0.195″ – 0.200″) cable class, providing a precision fit for versatile cables ranging from standard RG58 and high-temperature RG142 to low-loss LMR195 and LMR200. It is an ideal solution for cabinet transitions and antenna feeds requiring a secure, locked connection.

 

This connector utilizes a professional crimp termination system. The outer ferrule provides a 360-degree mechanical bond with the cable’s shielding, while the internal center contact is precision-machined to ensure a low-resistance signal path. Manufactured with a heavy-duty nickel-plated brass body and premium PTFE (Teflon) insulation, it delivers consistent 50-Ohm performance and low VSWR up to 11 GHz. The threaded female interface ensures a reliable connection when mated with TNC male plugs, making it a staple for aerospace, automotive, and industrial wireless infrastructure.


Key Technical Advantages

  • Universal 5mm Cable Fit: Specifically calibrated for the 0.195 to 0.200-inch OD cable family, ensuring an optimized electrical transition and high-strength pull-off resistance across multiple cable types.

  • Vibration-Proof Threaded Interface: The 7/16-28 external threads provide a secure mechanical lock, preventing signal intermittent issues common in mobile or high-shock applications.

  • High-Frequency Stability: Engineered to maintain consistent impedance and low insertion loss up to 11 GHz, supporting modern Wi-Fi, GPS, and cellular frequency bands.

  • Rugged 360° Crimp Termination: The precision ferrule provides a permanent, airtight grip on the cable jacket, protecting the dielectric from moisture ingress and mechanical stress.

  • Superior Material Build: Features a nickel-plated brass body for corrosion resistance and high-grade PTFE dielectric for excellent thermal stability and signal clarity.


Key Features

  • Interface Type: TNC Female (Jack) with standard 7/16-28 external threads.

  • Termination Method: Crimp (Outer Ferrule) / Solder or Crimp (Center Contact).

  • Cable Compatibility: Optimized for RG58, RG142, LMR195, and LMR200 coaxial cables.

  • Premium Construction: Features a nickel-plated brass body and high-performance PTFE dielectric.

  • Common Application: Wireless networking, GPS systems, medical equipment, and industrial automation.


Technical Summary

Parameter Specification
Impedance 50 Ohm (Nominal)
Frequency Range DC – 11 GHz
Body Material Brass (Nickel Plated)
Contact Material Phosphor Bronze or Brass (Gold Plated)
Dielectric PTFE (Teflon)
Coupling Mechanism Threaded (7/16-28 UNEF)
Operating Temp -65°C ~ +165°C
Additional information

Additional information

Frequency Range

DC-3 GHz

Impedance

50O

Dielectric withsanding V

2.5 kV rms

Insulation resistance

= 5000 MO

Contact resistance

Inner Contact: =1 mO; Outer Contact: =0.5 mO

RF leakage

= 55 dB

Durability (matings)

= 500

Body and Outer Contacts

Brass, gold & nickel plated

Compliance

ROHS

Operating Temperature(?)

-40 to +90

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