BNC Socket

BNC Socket Specification

Voltage Rating
500V rms max

Connector Type
Coaxial, Bayonet Mount

Female End Type
BNC Socket

Material
Brass (Nickel Plated)

Connector
BNC Socket (Female)

Capacity
50 Ohm / 75 Ohm

Cable Type
Coaxial Cable Compatible

Number of Conductor
Single (Coaxial)

Insulation
PTFE (Polytetrafluoroethylene)

Length
Depends on cable, Socket only

Color
Silver

Sheild
Yes, Metal Shielded

Outer Diameter
Approx. 13 mm (Socket flange)

BNC Socket Trade Information

Minimum Order Quantity
1000 Pieces

Delivery Time
2 Week

About BNC Socket

Being one of the principal organizations, we are affianced in offering a comprehensive assortment of Bnc Socket to our customers. Our provided parts are manufactured using supreme quality materials and advanced techniques. This is one of the most widely used coaxial connectors. It is used in a wide number of applications from any form of RF equipment including radio communications equipment to test equipment including everything from oscilloscopes to audio generators, and power meters to function generators. Moreover, the wide gamut of Bnc Socket is available in specify diameter, thickness and other specific options at affordable price.

Features:

Robust construction
Accurate dimension
Abrasion resistance

Versatile Panel Mounting Convenience

This BNC socket features a sturdy two-hole flange, allowing easy and reliable panel mounting in a wide range of electronic enclosures. Its design simplifies installation and provides a secure mechanical fit, ensuring stable connections for test equipment, broadcasting gear, and communication interfaces.

High-Quality Signal Transmission

Equipped with a gold-plated center pin, the socket guarantees minimal contact resistance, excellent conductivity, and superior signal integrity. The nickel-plated brass body adds durability while the PTFE insulation enhances signal stability and high-frequency performance up to 4 GHz.

Flexible Termination and Compatibility

Whether your application requires soldering or crimping, this BNC socket supports both termination styles (model dependent). Designed for use with both 50 Ohm and 75 Ohm systems, its ideal for professional-grade coaxial cable assemblies. Its RoHS compliance underlines its suitability for modern, environmentally conscious projects.

FAQs of BNC Socket:

Q: How do I mount this BNC socket to a panel or enclosure?

A: The BNC socket features a flange with two mounting holes, allowing it to be securely attached to a panel or enclosure using appropriate screws. Simply align the holes with your panel cutout and fasten in place for a stable and reliable installation.

Q: What cable types and impedance values is this BNC socket compatible with?

A: This socket is compatible with standard coaxial cables and supports both 50 Ohm and 75 Ohm impedance, making it suitable for a variety of RF, video, and data transmission applications.

Q: When should I choose solder termination versus crimp termination?

A: The choice between solder and crimp termination depends on the model of the socket and your assembly preferences. Solder termination is ideal for permanent, robust connections, while crimp termination supports easier and faster field installations or repairs.

Q: Where can this BNC socket be used in practical applications?

A: This BNC panel mount socket is commonly used in telecommunications equipment, test instruments, broadcast devices, and laboratory setups that require reliable coaxial connections and panel integration.

Q: What are the key benefits of the gold-plated center pin and PTFE insulation?

A: The gold-plated center pin provides excellent conductivity and corrosion resistance, ensuring low contact resistance and signal fidelity. PTFE insulation offers high durability, thermal stability, and reliable insulation for high-frequency applications.

Q: How does this product ensure long-term reliable performance?

A: This BNC socket is rated for at least 500 mating cycles, features robust nickel-plated brass construction, and offers superior insulation resistance (5000 M at 500 V DC), ensuring dependable performance even in demanding environments.