Cable Straight Jack Solder N Type Connector

Cable Straight Jack Solder N Type Connector Specification

Conductor Type
Solid

Core Number
Single core

Tensile Strength
100 N min. (when mated)

Rated Temperature
-65C to +165C

Locking Type
Screw coupling

Number of Conductor
1

Usage & Applications
Laboratory, Communication, Antenna, Test Equipment

Install Type
Panel mount or cable attachment

Weight
Approx. 28 g

Cable Type
Coaxial

Features
High frequency performance, corrosion resistant, secure locking, low signal loss, easy to solder, durable construction, straight jack design

Impedance
50 ohm

Conductor Shape
Round

Insulation
PTFE

Dielectiric Strength
2.5 kV RMS min.

Operating Temperature
-65C to +165C

Diameter
Outer: Approx. 21.1 mm (body diameter)

Core Material
Copper

Product Type
N Type Straight Jack Solder Connector

Length
Customizable as per cable requirements

Voltage
1500 V RMS max.

Insulation Material
PTFE (Polytetrafluoroethylene)

Application
RF and microwave signal transmission, antenna connections, broadcast equipment, communication systems, test and measurement

Conductor Material
Brass

Jacket Material
PVC

Storage Temperature
-40C to +85C

Connector Color
Silver

Shield Material
Brass with nickel plating

Jacket Color
Black

Dimension (L*W*H)
Approx. 38 mm x 23 mm x 23 mm

Material
Brass body, PTFE Insulator, gold-plated contacts

Color
Silver/Metallic

Size
Standard N Type dimensions

VSWR
1.30 (DC to 11 GHz)

Connector Gender
Jack (female center socket)

Insulation Resistance
5000 M

Frequency Range
Up to 11 GHz

Contact Plating
Gold-plated center contact

Body Plating
Nickel

Mating Cycles
500

Max Contact Resistance
Center contact 1.5 m, Outer contact 1 m

Mounting Style
Straight (inline), solder type

RoHS Compliance
Yes

Ingress Protection
IP67 when mated

Cable Straight Jack Solder N Type Connector Trade Information

Minimum Order Quantity
5 Pieces

Main Domestic Market
All India

About Cable Straight Jack Solder N Type Connector

Techinial Datasheet:

Electrical Characteristics

Impedance50 ohm
Frequency Range: 0~13 Ghz
VSWR: Straight type 1.3max / R/A type 1.5max
Dielectric Withstanding Voltage: 2500 V rms
Working Voltage: 1000 V rms
Center Contact Resistance 1.0 m (Milliohms max.)
Outer Contact Resistance 0.2 m (Milliohms max.)
Insultation Resistance 5 x 10 m (Megohms min.)

Mechanical Characteristics

Coupling: 5/8-24 thread
Contact Retention: 6 lbs min.
Coupling nut torque: 30 in-lbs. min.
Durability(mating) 500 cycles (For Beryllium Copper Contact)

Environmental Characteristics

Temprature Range: -65C ~ +125C ( PE Cable-40C ~ +85C )
Vibration: MIL-STD-202 Meth.204
Corrosion resistance: MIL-STD-202 Meth. 101

Material:

Part	Material	Finish
Body	Brass	Nickel Plated
Chain	Brass	Nickel Plated

Superior High-Frequency Performance

With a frequency range extending up to 11 GHz and a VSWR of 1.30, this N Type connector is engineered for demanding RF and microwave environments. It supports stable signal transmission with minimal loss, making it suitable for high-precision applications such as test and measurement, communication systems, and broadcasting equipment.

Durability and Corrosion Resistance

Constructed with a nickel-plated brass body and gold-plated center contact, this connector ensures excellent corrosion resistance and extended lifespan. PTFE insulation and robust materials support reliable operation under extreme conditions, with a rated temperature range from -65C to +165C and IP67 ingress protection when properly mated.

Flexible Application & Secure Connectivity

The connectors straight jack design offers easy installation via solder connection, suitable for both panel mount and cable attachment. Featuring secure screw coupling and customizable length, it accommodates various cable requirements in laboratory, industrial, and field-use scenarios.

FAQs of Cable Straight Jack Solder N Type Connector:

Q: How do I properly solder the Cable Straight Jack Solder N Type Connector to a coaxial cable?

A: To solder this connector, strip the coaxial cable to expose the conductor, attach the conductor to the gold-plated center contact, and solder firmly. Ensure PTFE insulator protection is intact. Complete assembly by securing the outer conductor for proper grounding, then attach the body and tighten the screw coupling for secure, stable connectivity.

Q: What applications are best suited for this N Type connector?

A: This connector is ideal for RF and microwave signal transmission in applications such as communication systems, laboratory instruments, broadcast equipment, antenna connections, and test and measurement setups. Its robustness, frequency range, and low signal loss cater to both indoor and outdoor technical environments.

Q: When should I consider using a solder type, straight N Jack connector over other RF connectors?

A: Choose this solder-type N Jack connector when you require secure, reliable connections with minimal signal loss up to 11 GHz, especially in high-vibration or outdoor environments. Its straight, inline form also makes it preferable where direct cable routing and customizable cable lengths are necessary.

Q: Where can this connector be mounted or installed?

A: This connector can be panel-mounted or attached directly to cables, depending on installation needs. Its robust design and screw coupling ensure a secure fit for laboratory equipment, antennas, or communication panels, as well as field or broadcast applications requiring durable, weather-resistant performance.

Q: What makes the Cable Straight Jack N Type Connector easy to install and use?

A: The connectors solder-type interface and straight design make cable preparation and connection straightforward. Its secure screw coupling prevents accidental disconnection, and customizable cable lengths offer application flexibility. PTFE insulation ensures safe handling and high thermal stability during installation.

Q: How does this connector benefit high-frequency or outdoor signal transmission?

A: Its low VSWR (1.30), gold-plated center contact, and high insulation resistance (5000 M) ensure minimal signal degradation and low loss, while IP67 rating provides dust and water resistancemaking it exceptionally suited for rigorous outdoor or high-frequency transmission scenarios.