Solenoids ideal for critical waveguide applications in satellite communications
Arnold Magnetic Technologies Corporation (Arnold), a subsidiary of Compass Diversified (NYSE: CODI) is presenting their custom electromagnetics that are used in communication applications. From deep space listening, to satellite traveling wave tubes (TWT), Arnold’s electromagnets (also known as solenoids) provide the flexibility needed in generating magnetic fields that are so necessary for critical waveguide applications.
As one of NASA’s founding partners, Arnold’s electromagnetics have been an integral part of nearly every government-sponsored satellite, including Doppler weather and radar systems and the U.S. Air Force (USAF) Airborne Warning and Control System (AWACS). Arnold is also bringing its deep expertise to the development of the next generation quadrupoles and dipoles that are being used in electromagnetics for large fusion and pulsed power projects.
Arnold manufactures a wide variety of custom electromagnets that generate uniform or proportioned magnetic field shapes and with a wide range of magnetic field intensities. These electromagnets are either comprised of tape wound foil wafers or built up from coils of wire.
All Arnold tape wound electromagnets feature coils that are electrically controlled to the precise field strength desired. Depending upon specific requirements, magnetic field distribution may be uniform, or it may have peaks, plateaus, and valleys along the axial length of the electromagnet, Shaped field electromagnets can be custom-designed to specific configurations with great precision. Coils may be of various widths within the electromagnet and they can be made interchangeable.
Customers can select nominal ID and OD to meet application size requirements. Also available are special designs that use chilled oil or liquid nitrogen to allow higher than normal current, generating up to 200 percent greater field intensity than an uncooled design.