2.4mm Female to 2.92mm Female RF Adapter. The simplest solution between series products in the high frequency test and measurement field, which demands dB and mm accuracy. This precision adapter operates between DC and 40 GHz and maintains a constant 50 ohm impedance to ensure low loss and low reflection. The adapter features female connectors on both ends of the adapter, and are threaded for secure and repeatable connections. Connect 2.4mm male to 2.92mm male cables or test ports without the need for a series of adapters that can degrade the measurements. Simple jack to jack connections maintain better return loss, VSWR and signal integrity than cumbersome connections. The stainless steel body has a durable finish and is strong enough to withstand the rigors of daily connection and disconnection in a lab or production test environment. The inner conductors are precision aligned, and the adapter is manufactured to tight dimensional tolerances to ensure stable electrical performance over time. 2.4mm Female to 2.92mm Female RF Adapters are typically used in test setups that incorporate a Vector Network Analyzer, Spectrum Analyzer, Signal Generator, or high performance RF Switches or Attenuators. Protect the front panel connectors of your instruments by inserting the adapter and swapping over the cables. For the laboratory, and for building test fixtures, and for extending your cable set, the 2.4mm Female to 2.92mm Female RF Adapter provides a compact, robust solution that won’t compromise your measurements.

• Precision 2.4mm female to 2.92mm female between‑series RF adapter
• Supports 50 Ω systems for consistent impedance matching
• Wide operating frequency range
• typically DC to 40 GHz
• Low VSWR and excellent return loss for cleaner measurements
• Straight jack‑to‑jack configuration for compact in‑line use
• Threaded coupling for secure
• repeatable connections
• Robust stainless‑steel body for durability and long service life
• Ideal for RF labs
• production test
• calibration
• and prototyping setups
• Helps protect expensive instrument front‑panel connectors by acting as a sacrificial interface