TNC To MCX Adapter Female To Male

TNC To MCX Adapter Female To Male Specification

Operating Temperature
-40C to +85C

Interface Type
TNC Female to MCX Male

Model
TNC to MCX Adapter Female to Male

Connectivity Type
Coaxial

Frequency
Up to 6 GHz

Size
Standard

Range
DC-6 GHz

Mounting Type
In-line Connect

Features
Corrosion Resistance, High Signal Integrity, Easy Installation

Product Type
RF Coaxial Adapter

Application
RF Signal Transmission, Test Equipment, Antennas, WLAN, GPS Modules

Dimension (L*W*H)
Length: 30 mm, Diameter: 12 mm

Material
Brass with Nickel Plating

Weight
Approx. 15 grams

Capacity
50 Ohm Impedance

Coverage Area
Indoor/Outdoor (depends on cable/application)

Insulator Material
PTFE

Gender
TNC (Female), MCX (Male)

Return Loss
>= 18 dB (up to 3 GHz)

Color
Silver

VSWR
1.30:1

Packaging Type
Individual polybag

Contact Material
Gold plated center contact

Durability
> 500 mating cycles

Voltage Rating
VRMS 335V max

TNC To MCX Adapter Female To Male Trade Information

Minimum Order Quantity
5 Pieces

Main Domestic Market
All India

TNC To MCX Adapter Female To Male About

Description:RF Adapter,Straight/180,Female to Male

Product features:

RF Adapter,Straight/180Female to Male ;
Compact design is ideal for limit space application and save space in delivery;
Push/pull mating is excellent for quick installation without vibrate loose;
Great performance with frequency up to 10GHz support high data rates;
From the OEM Original Factory, same quality with much better price.

Superior Performance Across Frequencies

This adapter operates efficiently up to 6 GHz with a return loss of 18 dB (up to 3 GHz), ensuring minimal signal degradation. The VSWR rating of 1.30:1 further supports high fidelity transmission, making it ideal for demanding RF applications requiring stable and clear connectivity.

Durability and Easy Installation

Designed for longevity, this TNC to MCX adapter endures over 500 mating cycles and withstands operating temperatures from -40C to +85C. Installation is straightforward with its in-line connect mounting and compact size, while the corrosion-resistant materials promise reliable use in both indoor and outdoor environments.

FAQs of TNC To MCX Adapter Female To Male:

Q: How is the TNC to MCX Adapter typically used in RF systems?

A: The TNC to MCX Adapter connects devices utilizing different RF interfaces, such as test equipment, antennas, WLAN, and GPS modules. It enables secure and efficient signal transmission between TNC female and MCX male ports, supporting seamless integration within your RF setup.

Q: What is the benefit of a gold-plated center contact and PTFE insulator in this adapter?

A: Gold plating on the center contact ensures optimal conductivity and corrosion resistance, while PTFE insulator offers excellent dielectric properties. Together, they enhance signal integrity and longevity, even in challenging environments.

Q: When should I choose this adapter for my application?

A: Select this adapter when you need reliable RF performance up to 6 GHz and compatibility between TNC (female) and MCX (male) connectors. It is ideal for use in test equipment, external antennas, WLAN, and GPS modules, especially if durability and signal quality are priorities.

Q: Where can this adapter be installed and what environments is it suitable for?

A: The adapter is suitable for both indoor and outdoor installations, depending on your cable and application requirements. Its corrosion-resistant nickel-plated brass body ensures it performs reliably in various environmental conditions.

Q: What process should I follow to connect this adapter?

A: Simply align the TNC female and MCX male ends with their respective device ports and secure the connections by hand. The in-line mount design facilitates quick and easy installation, with no special tools required.

Q: What is the voltage rating and durability of the adapter?

A: The adapter safely handles up to 335V RMS and exceeds 500 mating cycles, making it a robust choice for professional RF systems that require frequent connecting and disconnecting.