FME To TNC Adaptor Female To Female

FME To TNC Adaptor Female To Female Specification

Connectivity Type
Coaxial

Mounting Type
In-Line

Interface Type
FME Female to TNC Female

Size
Standard

Model
FME Female to TNC Female Adapter

Frequency
DC to 3 GHz

Operating Temperature
-40C to +85C

Features
High Precision Design, Corrosion Resistant, Compact Size, Easy Installation

Product Type
RF Coaxial Adapter

Application
RF, Coaxial, Telecommunication, Antenna Cable Connections

Dimension (L*W*H)
Approx. 28mm (L) x 11mm (Diameter)

Material
Brass with Nickel Plating

Weight
Approx. 10g

Capacity
Single Adapter

Coverage Area
Internal use (not for outdoor/weatherproof applications)

VSWR
1.2

Voltage Rating
500V RMS Max

Contact Material
Brass

Insulation Resistance
>= 1000 M

Connector Gender
Female to Female

Impedance
50 Ohm

Body Plating
Nickel

Contact Plating
Gold Plated

FME To TNC Adaptor Female To Female Trade Information

Minimum Order Quantity
5 Pieces

Main Domestic Market
All India

FME To TNC Adaptor Female To Female About

Details

50 ohm
1.3max / R/A type 1.5max
6.0 m (Milliohms max.)
2.0 m (Milliohms max.)
5 x 10 3(Megohms min.)
Mechanical Characteristics
500 cycles (For Beryllium Copper Contact)
Environmental Characteristics
Corrosion resistance: MIL-STD-202 Meth. 101

High-Performance Signal Connectivity

Engineered with a 50 ohm impedance, this adaptor ensures minimal signal loss and optimal performance for RF, coaxial, and telecommunication connections. Its low VSWR ( 1.2) contributes to reliable signal transmission, making it an outstanding solution for applications demanding high-frequency integrity.

Precision Construction and Durability

Manufactured from brass with a durable nickel plating and gold-plated contacts, this adaptor resists corrosion and maintains secure connections, even in demanding indoor settings. The compact, high-precision build allows for easy integration into various cable systems and equipment modules.

Simple Installation and Wide Application

Designed for straightforward in-line mounting, this adaptor features standard dimensions for seamless compatibility with antenna cables and telecommunication devices. Its ease of installation makes it suitable for professional and industrial uses, including manufacturers, exporters, and wholesalers.

FAQs of FME To TNC Adaptor Female To Female:

Q: How do I use the FME to TNC Female Adapter for my antenna cable connections?

A: Simply connect the FME female end to your existing coaxial cable and attach the TNC female end to your compatible device or extension. Ensure all connections are tightened securely to maintain optimal signal transfer and minimize loss.

Q: What are the key benefits of using this adapter in RF and telecommunication setups?

A: This adapter delivers low signal loss, corrosion resistance, and a high-precision fit due to its gold-plated contacts and nickel-plated brass body. Its compact size allows easy integration in space-constrained environments and ensures reliable connection within a broad frequency range (DC to 3 GHz).

Q: Where should this adaptor be installed for best performance?

A: Install the FME to TNC adaptor indoors, as it is designed for internal use and is not weatherproof. Placement in a protected environment helps prevent corrosion and ensures longevity of your RF and coaxial connections.

Q: What is the maximum voltage and operating temperature range supported by this adapter?

A: The adaptor supports a maximum voltage rating of 500V RMS and operates effectively in temperatures ranging from -40C to +85C, accommodating most standard and industrial application requirements.

Q: When should I choose this specific FME to TNC Female to Female adaptor over others?

A: Opt for this adaptor when you need a high-performance, 50 ohm coaxial solution that ensures secure female-to-female connections, especially within indoor RF, telecommunication, or antenna cable systems. Its high-contact precision and corrosion-resistant construction offer reliable, long-term signal integrity.

Q: What materials are used in the construction and how do they affect durability?

A: This adaptor is constructed from brass with a nickel plating and features gold-plated contacts. The materials offer superior corrosion resistance, electrical conductivity, and mechanical strength, contributing to extended lifespan and consistent performance.