GENERALIZED SMALL-SIGNAL IMPEDANCE FOR MICROWAVE BARITT DIODES
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A general treatment is outlined and equations are developed for the small signal impedance of microwave reach-through BARITT diodes. The results are expressed in terms of injection phase delay, i and drift transit, d angles. It is shown that substantial improvements in the negative resistance and hence efficiency of such oscillators can be expected as i is allowed to increase, but not to exceed /2. Copyright 1977 by The Institute of Electrical and Electronics Engineers, Inc.
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