Discussing Different types of RF connectors

RF connectors are widely used in a number of industries to establish electrical connection for seamless signal transmission in radio frequency applications. Applications that require frequency transmission in range 0 to 18 GHz and above use RF connectors.

rf connectors

While there are several types of RF connectors, in general, they all have one male connector and one female connector. Male connectors are known as plug and females as jack. The connectors feature a center pin and an outer grounding with a locking mechanism to ensure a strong and reliable connection. 

Selection of the best RF connector for an application depends on the frequency range, size, performance, and shape of the connector. Let’s talk about the commonly used RF connectors:

SMA

One of the most widely used RF connectors, SMA connectors are smaller in size and offers reliable performance. It is known as the best connector when it comes to impedance matching. The commonly used ones are 3.5 mm connectors.

They are used in GSM, CDMA, Wi-Fi- antennas, Low power UHF systems, RF isolators, radio communication boards, etc.

N-Type

N-type RF connectors are medium in size and suitable for durable applications. It is relied upon for stable performance up to 11 GHz. It offers a thread locking mechanism to ensure a strong and reliable connection.

All RF equipment, satellite systems, RADAR systems, base stations, low power and high power UHF communication systems use N-Type RF connectors.

SMB

These are easy to use RF connectors that are also available in customized specifications to suit a variety of applications. Due to its simple design, it ensures an easy connection and disconnecting. It offers great performance at below 4 GHz frequency.

Medical equipment, base stations, radio applications, and low power UHF communication systems use SMB connectors.

Need high-quality RF connectors for reliable performance? EZ Form Cable provides a one stop solution.

Location: 285 Welton St, Hamden, CT 06517, USA

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