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The high-power high-voltage static induction transistor KP926 is capable of operating in both field and bipolar modes simultaneously. This operation mode provides high key characteristics. However, an analysis of the KP926 transistor design showed that it is far from optimal. In this work, to determine the optimal design and physical parameters of the device, a physical and mathematical TCAD model of a static induction transistor is proposed. Using this model, the analysis was carried out of design and physical parameters effect on the basic electrical performance of a KP926 type transistor when operating in bipolar mode. Optimal values of these parameters have been determined that will allow, when implemented, more than twofold improvement of basic electrical performance of the transistor (current gain, channel opened impedance, operational speed).
Konstantin O. Petrosyants
National Research University “Higher School of Economics” (Russia, 123458, Moscow, Tallinnskaya st., 34); Institute of Design Problems in Microelectronics of the Russian Academy of Sciences (Russia, 124365, Moscow, Sovetskaya st., 3)
Denis S. Silkin
National Research University “Higher School of Economics” (Russia, 123458, Moscow, Tallinnskaya st., 34)
Victoria K. Grabezhova
Vega Biomicroelectronic Technology Design Center LLC (Russia, 630082, Novosibirsk, Dachnaya st., 60A)

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