When reliability, efficiency and performance are critical, design engineers partner with Rogers to develop and deliver the material technologies they require.
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Leading High-Frequency Circuit Material Solutions
Trusted Sealing, Impact Protection and Vibration Isolation Solutions
High Performance Thermal Management and Energy Efficient Solutions
Molded components for level sensing, document handling, sealing; Integrated circuits (ICs) for electro-luminescent (EL) lighting
Home >> Advanced Connectivity Solutions >> Applications >> Space Based Systems
A long proven history in space with Rogers low outgassing high frequency circuit materials lowers the risk for the design engineer who simply cannot take any. The ability to withstand wide temperature range, while continuing to provide stable electrical performance, operate well in a vacuum under harsh radiation environments and yet be reliable for many years is a tall order which we can meet.
For secure communications, narrow beam patterns and the ability to achieve high signal to noise ratios at low power levels reduce the probability of intercept. Rogers has long been the leader in providing materials which enable design engineers to achieve these goals.
Due to strict weight requirements, broadcast satellites often require light weight materials. Additionally, matching board and component CTE requirements, especially for those in Low Earth Orbit, is critical due to a wide range of continual temperature variations. All of our high frequency materials have low outgassing characteristics which is a specific requirement in space based hardware.
Rogers PTFE materials, with decades of product consistency, are chosen due to their long history of performing in space applications such GlobalStar, GlobalStar 2, and Iridium.
Ground stations can be located anywhere from the arctic to the tropics, in environments ranging from arid to rain forest. Our materials are engineered to provide moisture resistant, stable and highly efficient performance over a wide temperature range. Whether you are designing a receiver, a transmitter or an antenna, we have the optimum material choice.
2929 Bondply is an unreinforced hydrocarbon based thin film adhesive system intended for use in high performance, high reliability multi-layer constructions.
chloro-trifluoroethylene (CTFE) thermoplastic copolymer.