18 GHz SMA Female Connector Solder Attachment 4 Hole Flange Mount for .047 Semi-Rigid, .047 Formable, .340 inch Hole Spacing

Item # LCCN3210
Availability
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1 - 24 $97.00
25 - 49 $92.15
50 - 99 $87.30
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Description

The L-com LCCN3210 SMA female connector has a stainless steel body for telecommunications, data communication, general-purpose test, industrial fields, and rack and panel mount applications. This RF connector has a straight body style and beryllium copper contact with gold over nickel plating. This threaded standard coaxial connector works on a maximum frequency of 18 GHz and provides an excellent maximum VSWR of 1.2. The 18 GHz SMA connector is available in a 0.440-inch length, 0.500-inch width, and 0.500-inch height. This straight coaxial connector has 4 hole flange mount with 0.340 inch hole spacing. The .047 semi-rigid coax connector allows developers to configure and customize their signal connections however they desire. This SMA connector with solder/solder attachment has a high-quality construction and an impedance of 50 ohms. The LCCN3210 .047 semi-rigid coax RF connector with 4 hole flange mount has gold over nickel body plating. This 18 GHz stainless steel coaxial connector comes with PTFE insulation. The SMA female connector weighs 0.007 pounds and is most used in USB software-defined radio dongles, handheld radios, mobile phone antennas, Wi-Fi antenna systems, and microwave systems. L-com has the largest in-stock selection of RF and coaxial connectors with same-day shipping for domestic and international orders. We currently have a variety of antenna, audio/video, Ethernet, fiber optic, and USB connectors in our portfolio that are ready to ship today. For further information on similar products, our expert technical support and knowledgeable sales team can help you get the high-quality RF connector that meets your requirements.


Warning WARNING: This product can expose you to chemicals including phthalates, which is known to the State of California to cause cancer and birth defects or other reproductive harm. For more information, go to www.p65warnings.ca.gov