Press Release Summary:
Available in 4, 5, 6, 9, and 12 in. lengths, 141SMR-Series Hand-Flex Cables feature 2 right-angle SMA connectors, minimizing bend radius at both connectors and saving space in assemblies with tight component configurations. Coaxial cables are hand formable to bend radii as small as 8 mm and maintain shape after bending. Constructed with FEP insulator jacket, cables feature return loss of 33 dB to 6 GHz and 21 dB to 18 GHz, as well as power handling of 546 W at 0.5 GHz and 90 W at 18 GHz.
Original Press Release:
Five New Double Right-Angle SMA Connector Hand-Flex Cables - 0.141" Diameter
Mini-Circuits is making your cable assemblies easier with five new double right-angle, Hand-Flex SMA connector cables. Covering frequencies from DC to18 GHz, 141SMR-series models feature two right-angle SMA connectors, minimizing bend radius at both connectors, ideal for short distances between connections, and saving space in assemblies with tight component configurations. Need tight cable bends? These models are hand formable to bend radii as small as 8mm and maintain shape after bending with reliable performance in any shape required. Available in lengths of 4, 5, 6, 9, and 12”, these new additions to our connector cable line offer customers even greater layout flexibility for many applications including communication receivers and transmitters, military and aerospace systems, and environmental and test chambers.
141SMR-series coaxial cables feature excellent return loss of 33 dB to 6 GHz and 21 dB to 18 GHz as well as good power handling of 546W at 0.5 GHz and 90W at 18 GHz. Rugged cable construction and FEP insulator jacket improve durability and reliability over a long life, validated over the full gamut of mechanical stresses. A special anti-torque nut on the right-angle SMA connector bodies even prevents stress to the cable-connector interface during installation.
For information about 141SMR-series double right-angle SMA connector cables and more outstanding Mini-Circuits products, browse our new p roduct releases page.