This 2.4 Male to 2.92 Female Precision RF Adapter is designed for the professional who demands precision, repeatability, and durability in their high-frequency test and measurement applications. The straight coaxial body and precisely machined interfaces provide a clean and repeatable connection between the 2.4mm male and the 2.92mm female connectors. Operating up to 40GHz, this adapter can be used to bridge the two precision connector families of 2.4mm and 2.92mm used in many microwave labs, production test lines, and RF R&D facilities. Low VSWR and minimum insertion loss ensures that the true performance of the DUT is not compromised by the interconnect. The rugged coaxial construction and threaded coupling provides a secure and repeatable connection that can be used repeatedly without worry of damage. This adapter can also be used as a “sacrificial interface” to extend the life of your expensive instrument ports and test cables. Reducing down time and long term maintenance costs. The straight interface of this adapter is also ideal for use on crowded benches and within rack type systems, allowing for easy alignment with other connectors. The adapter provides a neat and compact cable termination. This precision RF adapter is ideal for use in a wide range of high-frequency applications including system calibration, extending measurement capabilities, and connecting between different types of connectors within a complex test setup.

• 2.4mm male to 2.92mm female precision RF adapter for mixed-connector setups
• Straight coaxial body for clean
• in-line connections in tight spaces
• Supports high-frequency operation up to 40GHz for advanced RF and microwave applications
• Low VSWR and insertion loss to preserve signal integrity and measurement accuracy
• Precision-machined interfaces for repeatable
• lab-grade performance
• Threaded coupling for secure
• vibration-resistant mating
• Rugged construction suitable for frequent connect/disconnect cycles in test environments
• Helps protect expensive instrument ports and test cables by acting as a sacrificial interface