New Products
SMA Connectors on 0.085-inch Conformable Cable
SMA connectors on 0.085" conformable cable provide versatility in new designs that may require custom shapes, superior shielding capabilities and rugged performance. SMA cable assemblies on conformable cable are ideal for RF and microwave applications such as laboratory testing and industrial infrastructure.
This in-series SMA plug to jack assembly in engineered with durable gold-plated, brass connectors and is available in standard lengths from 3 inches to 48 inches. This configuration supports board-to-panel and module applications that require high-frequency performance up to 18 GHz. 0.085” conformable cable provides the electrical performance of semi-rigid cable with the installation flexibility of a formable cable. This cable can be bent and formed by hand during installation, eliminating the need for additional tools, and will maintain its shape in compact RF designs and controlled routing paths allowing for optimal signal routing.
This in-series SMA plug to jack assembly in engineered with durable gold-plated, brass connectors and is available in standard lengths from 3 inches to 48 inches. This configuration supports board-to-panel and module applications that require high-frequency performance up to 18 GHz. 0.085” conformable cable provides the electrical performance of semi-rigid cable with the installation flexibility of a formable cable. This cable can be bent and formed by hand during installation, eliminating the need for additional tools, and will maintain its shape in compact RF designs and controlled routing paths allowing for optimal signal routing.
Features
• High-frequency electrical performance up to 18 GHz• Hand formable cable designed for optimal signal routing
• Secure threaded coupling mechanism
• Versatile, durable construction
Applications
• RF and microwave modules• Test and measurement equipment
• Board-to-panel interconnects
• RF enclosures and box builds
• Laboratory and prototyping environments
• High-frequency signal routing between components
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