RP TNC Plug Connector Straight Crimp Type For RG58/RG174

RP TNC Plug Connector Straight Crimp Type For RG58/RG174 Specification

Install Type
Crimp type

Locking Type
Threaded coupling, reverse polarity

Tensile Strength
Mechanical robust, up to 100N coupling

Rated Temperature
-55C to +155C

Core Number
1

Core Material
Brass (gold plated)

Weight
~10g (approximate)

Insulation
PTFE

Conductor Type
Single solid pin

Dielectiric Strength
1500V RMS

Diameter
12 mm (outer body)

Number of Conductor
1 (RF signal pin)

Features
Reverse polarity TNC plug, reliable RF connectivity, straight body, quick crimp installation, robust structure, low signal loss, anti-corrosive metal finish

Conductor Shape
Round (pin)

Usage & Applications
Antenna modules, routers, RF instruments

Impedance
50 Ohm

Operating Temperature
-55C to +155C

Cable Type
RG58, RG174 coaxial cable

Product Type
RF Coaxial Connector, RP-TNC Plug, Straight, Crimp Type

Length
Standard per connector, depends on assembly

Voltage
500V max

Insulation Material
PTFE (Polytetrafluoroethylene)

Application
RF applications, wireless LAN, Wi-Fi, test equipment, communication systems

Conductor Material
Brass (contact), gold-plated

Jacket Material
N/A (connector only; jacket depends on cable used)

Storage Temperature
-40C to +85C

Connector Color
Silver

Shield Material
Brass, Nickel plated/Gold plated contact

Jacket Color
N/A (depends on cable used)

Dimension (L*W*H)
Approx. 35 mm x 12 mm x 12 mm

Color
Silver (metallic)

Material
Brass body, PTFE insulator, gold-plated contact

Size
Supports RG58/RG174 cable sizes

Coupling Mechanism
Threaded (screw-on) interface

Body Plating
Nickel

Environmental Compliance
RoHS compliant

Mating Cycles
>500 cycles

Contact Resistance
Center contact 1.5 m, Outer contact 1 m

Waterproof Level
Not waterproof (indoor use or with protection)

Manufacturing Process
Precision machined metal

Insulation Resistance
>= 5000 M

Insertion Loss
0.2 dB @ 1 GHz

Contact Plating
Gold plated (center)

VSWR
1.3 @ 1 GHz

Compatible Cable Types
RG58, RG174, RG142

Frequency Range
DC to 11 GHz

RP TNC Plug Connector Straight Crimp Type For RG58/RG174 Trade Information

Minimum Order Quantity
5 Pieces

Main Domestic Market
All India

About RP TNC Plug Connector Straight Crimp Type For RG58/RG174

Description: Cable Connector, ,Straight/180, 50,Reverse Polarity, Crimp Type, RG58, RG174,RG179

Accessories: pin+Ferrule

Features:

Cable Connector, ,Straight/180, 50, Reverse Polarity, Crimp Type, RG58, RG174,RG179;
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;
made according to MIL-C-39012 standard;;
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 Comments, Radar,Networks,Antenna Mounts, Machine to machine communications, Security Devices,Instrumentation.

High-Performance RF Connector

Engineered for excellent RF signal integrity, this connector provides reliable performance with low insertion loss and minimal VSWR. The robust brass body with nickel and gold plating ensures lasting durability and anti-corrosive protection, suitable for demanding RF applications in both professional and industrial environments.

Easy Installation & Compatibility

The straight crimp type design enables quick and secure assembly onto RG58, RG174, and RG142 coaxial cables. Featuring a threaded (screw-on) coupling mechanism with reverse polarity, it delivers a strong mechanical connection that withstands up to 100N in coupling strength.

Ideal Applications & Usage

Suited for antenna modules, routers, RF instruments, wireless networks, and communication devices, this connector guarantees stable connections in RF systems. Its precision-machined structure and high insulation resistance make it ideal where dependable signal transmission is a priority.

FAQs of RP TNC Plug Connector Straight Crimp Type For RG58/RG174:

Q: How do I install the RP TNC Plug Connector Straight Crimp Type onto a coaxial cable?

A: To install, strip the specified length of insulation from your RG58 or RG174 cable, insert the cable into the connector, and use a proper crimping tool to secure both the center pin and outer shell according to standard crimping procedures for TNC connectors.

Q: What are the main benefits of using this connector for RF applications?

A: The RP TNC Plug offers low signal loss (0.2 dB @ 1 GHz), high insulation resistance, and excellent return loss, ensuring minimal interference and robust signal transmission in wireless LAN, Wi-Fi, and communication systems.

Q: When should I use the reverse polarity TNC connector instead of a standard TNC?

A: Use the reverse polarity TNC connector in systems where regulatory compliance or equipment design requires a reversed configuration to prevent accidental connection with standard TNC connectors, such as in many wireless LAN and Wi-Fi devices.

Q: Where is the suitable environment to use this connector?

A: This connector is designed for indoor use or environments with adequate protection against water, as it is not rated as waterproof. It is ideal for test benches, lab setups, communication cabinets, and indoor RF modules.

Q: What is the compatibility in terms of cable types for this connector?

A: The connector is compatible with standard RG58, RG174, and RG142 coaxial cables, accommodating varying RF applications and supporting flexible installation requirements.

Q: What is the expected lifespan and durability of this connector?

A: It supports more than 500 mating cycles and offers a strong threaded coupling, mechanical resistance up to 100N, and a temperature range of -55C to +155C, making it highly durable for repeated use.

Q: How does the construction benefit signal transmission and longevity?

A: The connector uses a gold-plated center contact and PTFE insulator to ensure stellar signal integrity, while the nickel-plated brass body resists corrosion and wear, contributing to long-term reliability in demanding RF systems.