Coaxial Connectors

Coaxial connectors, also known as RF connectors, are electrical connectors designed to link coaxial cables with electronic devices. These connectors transmit high-frequency signals across considerable distances without loss, ensuring optimal performance in various settings. Explore our Coaxial ConnectorsGuide to understand more about coaxial cable connectors and their applications.

What Do Coaxial Connectors Do?

Coaxial connectors play a crucial role in the world of RF communication by facilitating seamless connections between different RF equipment. These connectors ensure reliable and efficient signal transmission, which is essential for maintaining the integrity and quality of communications in a range of electronic devices and systems. From satellite transmissions to data streaming, coaxial BNC connectors enhance the connectivity and performance of your setups.

Types of Coaxial Connectors

There are various types of coaxial connectors available, each with unique features tailored for specific applications. These connectors differ in frequency range, impedance, power handling, and suitability for environmental conditions like temperature and humidity. Some of the popular types include:

BNC Connectors

BNC connectors are favoured for video and radio applications due to their ease of installation and quick disconnect feature.

SMA (Subminiature Version A) Connectors

Ideal for high-frequency scenarios such as radio communications, GPS, and wireless networks, SMA connectors offer reliable performance in compact designs.

N Connectors

N-type connectors excel in higher-power applications, including radio transmission systems, where robustness and durability are critical.

TNC Connectors

Similar to BNC, TNC connectors are designed for outdoor environments, ensuring reliable connections despite external conditions.

F Connectors

Primarily used in cable TV and satellite systems, F connectors are critical for transmitting electrical signals efficiently in residential and commercial setups.

SMB (Subminiature Version B) Connectors

SMB connectors are widely utilised in industrial electronics and telecommunications equipment for their versatility and high-frequency performance.

Applications of Coaxial Connectors

Coaxial connectors are extensively used across a myriad of applications, highlighting their versatility in the electronics and communication sectors. Here’s an overview of some common applications:

• Laboratory: Essential in research and development settings, these connectors ensure precise data transmission in experimental setups.
• Test and Measurement: Reliability in signal fidelity makes coaxial connectors indispensable in testing and measuring equipment.
• Telecommunications: From base stations to consumer devices, coaxial connectors are pivotal in ensuring uninterrupted communication flows.
• GPS and LAN Systems: They are critical in networking and navigation systems, offering robust connectivity solutions.
• Antennas: Vital for broadcasting and receiving signals, ensuring optimal performance in media and communication networks.
• Consumer Electronics: From home entertainment systems to personal gadgets, these connectors enhance user experience by ensuring quality signal transmission.

Order BNC Plug Connector Today!

As a trusted supplier and distributor, RS offers a wide range of BNC plug connectors tailored for various applications. Our extensive selection features brands such as Amphenol, TE Connectivity, and RS PRO, allowing you to choose the ideal connectors for your needs. Whether for broadcasting, telecommunications, or testing equipment, our BNC connectors ensure superior performance and reliability. Enhance your systems with our high-quality connectors today.

Ordering & Delivery Information for New Zealand

RS guarantees swift delivery of an extensive range of coaxial connectors, including din rail connectors and automotive connectors, throughout New Zealand. For more details on our delivery services, schedules, and associated fees, please refer to our Delivery Information page.