SSMA / Mini SMA Male Plug RF Coaxial Connector with 2 Hole Flange Mount Up to 18GHz

Compact Size with Wide Frequency Bandwidth The SSMA series connectors are designed to be compact, approximately 70% the size of traditional SMA connectors, making them ideal for applications where space is limited. Despite their smaller size, these connectors support a wide frequency bandwidth, ensuring robust performance across various frequencies.

Superior Mechanical and Electrical Performance Engineered for excellence, SSMA connectors provide superior mechanical stability and electrical performance. They are built to withstand demanding conditions, ensuring consistent and reliable signal transmission in critical applications. High Reliability in Demanding Applications With a focus on reliability, SSMA connectors are suitable for use in challenging environments. Their high durability and consistent performance make them a trusted choice for applications where failure is not an option.

Threaded Standard (10-36UNF-2) These connectors feature a threaded standard (10-36UNF-2), ensuring secure connections and ease of installation. This threading provides a reliable mating interface, reducing the risk of connection failures. Characteristic Impedance of 50Ω SSMA connectors are designed with a characteristic impedance of 50Ω, optimizing them for high-frequency applications. This impedance ensures minimal signal loss and reflection, providing clear and accurate signal transmission.

Frequency Operation up to 30GHz Capable of operating at frequencies up to 30GHz, SSMA connectors are suitable for a wide range of high-frequency applications. This high-frequency operation allows for versatile use in advanced communication systems and RF applications.Variety of Mounting Structures SSMA connectors are available in various mounting structures, including right angle flange mount, straight flange mount, right angle through hole PCB solder, straight through hole PCB solder, and bulkhead screws connect. This variety ensures compatibility with different design requirements and installation preferences.

• Microwave communication systems
• Measurement equipment
• Aerospace applications
• Radar systems
• Electronics fields