MX SMA Female To N Female Connector MX-342

MX SMA Female To N Female Connector MX-342

The MX SMA Female To N Female Connector MX-342 is a high-performance RF adaptor specifically engineered for professional-grade signal transmission, connectivity stability, and frequency versatility. Designed to bridge devices and components using SMA and N-type interfaces, this adaptor is ideal for use in wireless communication systems, RF testing equipment, antenna arrays, and high-frequency electronic circuits.

At the core of the MX SMA Female to N Female Connector Adaptor is a gold-plated connector pin, which provides enhanced conductivity and corrosion resistance. The gold-plated pin ensures long-term performance by maintaining a low-resistance electrical path and protecting the contact surface from oxidation—especially important in outdoor or high-moisture environments. This high-quality plating ensures signal integrity and helps reduce loss, even in high-frequency and long-duration use cases.

The adaptor functions as a threaded RF connector for coaxial cables, employing an MX N connector that provides a stable and secure connection. The threaded design of the N-type interface ensures that the connector won’t disconnect due to vibration or handling, making it highly reliable in field installations, mobile communication setups, or industrial systems subject to movement or mechanical strain. This robust threading mechanism is a cornerstone of professional RF system design.

On the SMA side, the MX SMA connector delivers an exceptional frequency response for RF signals, ensuring accurate and efficient signal transmission across a wide spectrum. SMA connectors are widely trusted in RF applications due to their precision design, consistent impedance, and ability to perform well under high-frequency conditions. The female SMA interface in this adaptor ensures tight, noise-free connectivity to a wide range of compatible male SMA components.

The MX SMA Female to N Female Adaptor is particularly suited for high-frequency signal interconnections, making it an excellent choice for microwave circuits, GPS modules, satellite communications, radar equipment, and RF measurement systems. The SMA end of the adaptor supports frequencies up to 18GHz, making it one of the most versatile and high-capacity connectors available in professional RF environments.

The N-type connector, which forms the other half of the adaptor, is equally reliable and built for higher frequency demands. It is fully capable of handling signals up to 11 GHz, ensuring performance across a wide range of RF communication bands. The rugged, large-body design of the N connector also adds shielding benefits and helps minimize signal loss and reflection, especially over longer cable lengths.

To further enhance its mechanical reliability, the MX SMA Female to N Female Connector Adaptor comes equipped with a threaded coupling nut. This nut securely locks the connector into place, maintaining stable contact pressure and alignment over time. It’s especially beneficial in settings where connectors are installed and reinstalled regularly, or in applications where physical stability is critical to performance.

With its precision engineering, corrosion-resistant materials, and support for wide frequency ranges, the MX-342 adaptor is perfect for professional RF engineers, communication system designers, and technicians who require dependable, low-loss interconnection between SMA and N-type components. It can be used in wireless access points, test benches, RF labs, and broadcast equipment setups—anywhere strong, secure, and frequency-accurate connections are required.

In summary, the MX SMA Female To N Female Connector MX-342 offers a powerful combination of mechanical strength, frequency flexibility, and signal integrity. With a gold-plated connector pin for optimal conductivity, a threaded RF connector for coaxial cables, and compatibility with high-frequency signal interconnections—including SMA frequencies up to 18GHz and N-type handling up to 11 GHz—this adaptor ensures stable, reliable performance in all RF scenarios. Backed by a threaded coupling nut, it offers the mechanical security and electrical efficiency demanded by modern RF systems.