QMA adapters (also known as quick lock adapter) from Fairview include 16 RF coaxial components that ship same-day. The Fairview Microwave 16 QMA adapters are in-stock on a regular basis with female or male gender. Since 1992, Fairview Microwave (originally Sun Moon Electronics or SM Electronics for short) has been recognized as an industry leader for delivering superior quality radio frequency adapters, like these QMA female or male parts. Our 16 high quality QMA adapter products include N, QMA, SMA or TNC side 2 interfaces. Contact our expert technical support and sales team for answers to your between series or in-series QMA adapter questions.
Fairview Microwave 6 GHz QMA adapter maximum frequency is provided in this category. Our QMA adapter PDF datasheet specifications with precise CAD drawing and dimensions are located on the product pages. QMA female or male (jack or plug) adapters (sometimes called a QMA cable coupler or gender changer when same genders) are available. These female or male (jack or plug) QMA adapter coaxial interconnects are between series or in-series.
Our superior quality RF adapters with QMA (quick lock) interface are manufactured with brass or passivated stainless steel connector bodies. This Fairview Microwave coaxial adapter product category includes connectors with gold, nickel or tri-metal plating types. Beryllium copper or brass is an example for type of contact material used in our QMA RF adapters. QMA contact plating material is gold. Snap-on coupling connection method adapter designs are in this QMA series of adapters. These snap-on QMA adapters (also called QMA adaptors in some countries), ship the same business day to global destinations. Fairview Microwave coaxial RF adapters with snap-on coupling QMA connectors ship same-day, as do our other high-quality RF components. In business since 1992, Fairview Microwave has become a leading supplier of RF, microwave and millimeter wave components like this QMA adapter selection. Contact us first for your QMA adapter needs and other radio frequency requirements.