--- type: product schema_version: 1 stock_number: "45088-1" canonical_url: "https://www.artisantg.com/45088-1/Fairview-Microwave-SM3036" json_url: "https://www.artisantg.com/45088-1/Fairview-Microwave-SM3036.json" generated_at: "2026-11-07T08:23:29.618Z" last_updated: "2026-10-14T13:00:51.160-05:00" --- # Fairview Microwave SM3036 SMA Female to 2.4mm Male Adapter _Summary and Categories are this item's record. The description sections and FAQ are machine-assisted and can contain errors; where they disagree with the record, the record is correct, and where description sections disagree with each other, Details wins._ ## Summary - Manufacturer: Fairview Microwave - Model: SM3036 - Condition: Used and in Excellent Condition - Price: $199.00 USD - Availability: In stock, 2 available - Warranty: 1-Year Warranty with 30-Day Return Guarantee - ITAR restricted: No - Shipping weight: 0.3 lb, estimated - Shipping dimensions: 8X8X3 in, estimated ## Categories - Test Equipment > Electrical Test > Adapters (primary) - Test Equipment > Electrical Test > RF - Military and Embedded Equipment > Other Milspec ## Overview An in-series, passive coaxial adapter designed for RF signal transmission, providing an interface between an SMA female connector and a 2.4mm male connector. It operates as a pass-through component within high-frequency systems up to 50 GHz, such as test and measurement equipment, communication hardware, and production test stations. The device is constructed from passivated stainless steel and connects directly into a signal path, enabling the interconnection of cables, instruments, or sub-assemblies with dissimilar connector types while maintaining low VSWR and signal integrity. Installation is manual via standard torque wrenches. ## Function Converts SMA female RF connector to 2.4mm male connector, supporting signal transmission up to 50 GHz. Comprising precision-machined brass with gold plating for optimal conductivity and corrosion resistance, this adapter interfaces RF test equipment, cables, and modular components, ensuring minimal signal loss and impedance matching. Ideal for high-frequency lab testing, network analyzers, and microwave applications. ## Platform Designed for RF and microwave signal transmission, this adapter facilitates interconnection between SMA female connectors and 2.4mm male connectors, supporting frequencies typically up to 50 GHz. It is used in high-frequency test and measurement setups, communication systems, and instrumentation platforms requiring precise impedance matching and low insertion loss. The adapter integrates into coaxial test benches, vector network analyzers, and microwave radios, enabling seamless transitions between standard 50-ohm SMA interfaces and higher-frequency 2.4mm connectors while maintaining signal integrity and minimal reflection. ## Application Enables the connection of circuits and components with SMA and 2.4mm interfaces, facilitating signal transmission between these different connector types in RF/microwave systems. Primarily used in test and measurement setups, telecommunications equipment, aerospace/defense systems, and high-frequency applications requiring precision interconnection. The adapter allows integration of modern 2.4mm components with legacy SMA equipment while maintaining signal integrity across the operational frequency range. Critical for laboratory environments where various test equipment with different connector standards must be interconnected. ## Accessories Connector 1 is an SMA Female coaxial RF connector with a center socket and 1/4-36 external threads. Connector 2 is a 2.4mm Male coaxial RF connector with a center pin and M7 x 0.75-6g internal threads. The device is a passive, in-series adapter and requires no external equipment for operation. ## Interface One SMA female connector, threaded, 50 ohm impedance, for RF coaxial cable connections; one 2.4mm male connector, precision screw-type, 50 ohm impedance, operates up to 50 GHz for high-frequency microwave signal transmission. Adapter requires no additional accessories. ## Images - - - -