The CHK8013-99F is a new GaN wideband capability transistor covering DC to 10GHz It exhibits 14W of power and a very good PAE of 70%. It enables as much as 17dB gain and a consumption as low as 180mA @30V. Designers can use the CHK8013-99F in Pulsed and operating modes. This product requires an external…
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UMS announced the release of its new GaN HEMT 0.15µm technology during the EuMW show in Paris, GH15 is based on SiC substrate and is well-suited for a wide range of Military, Space and Telecom applications up to 35GHz. It enables the design of high power, high linearity and high PAE products. This technology exhibits…
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The CHT3091-FAA is a wide-band internally matched DC-14GHz attenuator in a 6x6mm SMD hermetic ceramic package. This circuit features 15dBm typical input power @ 1dB compression (any attenuation between 1 and 14GHz) and 20dB dynamic range. It has 2dB insertion loss. This product is designed on an internal GaAs 0.7µm MESFET process (Space evaluated by…
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The JANS1N5806UMC1, JANS1N5804UMC1 and JANS1N5802UMC1 ultrafast switching power rectifiers are now qualified on the DLA’s Land and Maritime QPL. Semicoa a premier supplier of Radiation hardened power semiconductor products, announced a new family of all-ceramic packaged diodes specifically designed to withstand the rigors of space applications. The new UMC1 surface mount package meets or exceeds…
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Electrical, Electronic, and Electromechanical {EEE} components assigned to work for all the duration of the Avionic or Space Mission which have to resist to critical climate & stress situations, have been subordinates to strict scrutinise in the last years with the result of a fast evolution of the theories, practical and procedures for which, even…
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The developed of this Handbook is addressed to a large audience of Purchasing, Engineering and Management personnel who, although their jobs did not provide them day-to-day exposure to current theories and practices in the Design, Specification, Testing, Methods, Documentations of High Reliability EEE components, they do realize that some knowledge in these critical areas are…
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