Fairview Microwave SM3175

Conn 2.92mm-2.4mm Adapter 0Hz to 40GHz 50Ohm ST F/F Gold Over Nickel

2.92MM FEMALE (JACK) TO 2.4MM FEMALE (JACK) ADAPTER, PASSIVATED STAINLESS STEEL

ADAPT JACK-JACK 2.92MM SS 1.25 V

RF ADAPTER, 2.92MM JACK-2.4MM JACK; Convert From Coax Type:2.92mm Coaxial; Convert From Gender:Jack; Convert To Coax Type:2.4mm Coaxial; Convert To Gender:Jack; Adapter Body Style:Straight Adapter; Impedance:50ohm; Product Range:-

The 2.92mm to 2.4mm adapter SM3175 from Fairview Microwave is part of a very large in-stock collection of RF interconnect components. Our threaded 2.92mm to threaded 2.4mm RF adapter comes with a 50 Ohm impedance. This adapter is manufactured to precise RF component specifications and has a maximum VSWR of 1.25:1. This 2.92mm to 2.4mm adapter is constructed with the female gender on side 1 and the female gender on side 2. The 2.92mm female to 2.4mm female coaxial adapter from Fairview Microwave has a straight body style. Our RF adapter can be utilized to protect connectors on expensive equipment where the number of connect and disconnect cycles is high. The SM3175 adapter has a length of 0.75 inches, a width of 0.25 inches, and a weight of 0.011 lbs. Our between series RF adapter operates at a maximum frequency of 40 GHz. The Fairview Microwave SM3175 coaxial RF adapter operates at temperatures ranging from -55 to 100 degrees C. Additional dimensions and specifications for this adapter are available on our downloadable PDF datasheet. Fairview Microwave’s 2.92mm female to 2.4mm female adapter is part of over one million RF, microwave and millimeter wave components in stock for worldwide shipment. We also stock and custom-build 2.92mm to 2.4mm coaxial cables that ship quickly from our facility for all your RF adapter component needs. Make your online purchase right now to take advantage of our same-business-day shipping. For further information on similar products, our expert technical support and trained sales team can get you the ideal 40 GHz radio frequency adapter as per your requirements.