Type N Adapter Straight Male To Male Nickel Plating

Type N Adapter Straight Male To Male Nickel Plating Specification

Operating Temperature
-40C to +85C

Model
Type N Straight Male to Male Adapter

Connectivity Type
Coaxial Adapter

Range
DC to 11 GHz (typical)

Features
Durable construction, corrosion resistant, low insertion loss, stable performance

Mounting Type
Inline / Free hanging

Frequency
Up to 11 GHz

Size
Standard Type N

Interface Type
Type N Male to Male

Product Type
Type N Adapter

Application
RF and Microwave Communication, Test Equipment, Antenna Connections

Dimension (L*W*H)
Standard size (dependent on manufacturer specifications)

Material
Brass with Nickel Plating

Weight
Approx. 25g - 40g

Center Contact Material
Brass, gold plated

Dielectric Withstanding Voltage
1500V rms

VSWR
1.15 (typical)

RoHS Compliance
Yes

Mating Cycles
> 500 times

Impedance
50 Ohm

Body Finish
Nickel Plated

Contact Resistance
Center 1.5m, Outer 1.0m

Insulation Resistance
> 5000 M

Type N Adapter Straight Male To Male Nickel Plating Trade Information

Minimum Order Quantity
5 Pieces

Main Domestic Market
All India

About Type N Adapter Straight Male To Male Nickel Plating

Description:N Type Adapter,Straight,Male to Male

Product features:

N Type Adapter,Straight,Male to Male;
Use to connect dissimilar RF interfaces with minimal return loss;
OEM & ODM available for special design with competitive Factory price.

Precision and Durability

Constructed from nickel-plated brass and featuring a gold-plated center contact, the Type N adapter ensures long-term durability and resistance to corrosion. Its robust build and stable electrical properties guarantee high performance through over 500 mating cycles, making it suitable for demanding environments where reliability is essential.

Wide Application Range

This Type N male-to-male coaxial adapter is tailored for RF and microwave communications, making it highly suitable for antenna connections, laboratory test equipment, and network infrastructure. Its outstanding performance across DC to 11 GHz and low insertion loss cater to critical, high-frequency applications.

Reliable Electrical Performance

Maintaining an impedance of 50 Ohms and offering a low VSWR of 1.15, this adapter delivers exceptional signal integrity and minimal loss. With high insulation resistance and a dielectric withstanding voltage of 1500V rms, users can expect optimal safety and performance in professional settings, including testing scenarios.

FAQs of Type N Adapter Straight Male To Male Nickel Plating:

Q: How do I use the Type N Straight Male to Male Adapter in my RF system?

A: Simply connect the adapter by mating it with two compatible Type N female connectors to establish a secure, low-loss coaxial connection. Ensure proper alignment and tighten as appropriate to maintain signal integrity.

Q: What applications benefit most from this Type N adapter?

A: This adapter is ideal for RF and microwave communications such as antenna systems, laboratory test setups, broadcast transmission, and telecommunications, thanks to its wide frequency range and robust construction.

Q: Where can this Type N adapter be installed?

A: The adapter is suitable for inline or free-hanging installations within indoor environments or protected outdoor setups, provided the temperature stays between -40C and +85C.

Q: What advantages does the nickel-plated brass construction offer?

A: Nickel plating ensures enhanced resistance to corrosion and wear, while the brass core maintains excellent electrical conductivity, contributing to the adapters stable, reliable performance over time.

Q: What is the typical process for connecting and disconnecting this adapter?

A: The adapter is designed for over 500 mating cycles. To connect, align with the corresponding Type N female connectors and tighten by hand. For disconnection, simply unscrew and separate the connectors, ensuring no excessive force is used.

Q: How does the adapters VSWR of 1.15 benefit my system?

A: A low VSWR ensures that minimal signal is reflected back, resulting in superior signal transmission, reduced loss, and improved efficiency in high-frequency RF applications.