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Popis
A methodology of modeling hybrid, particularly electromechanical systems, exhibiting the behavior of generic
memcapacitors, is demonstrated via the example of a capacitor with anelastic dielectric. The model contains one-port elements from Chua's table of fundamental elements, and a two-port capacitor with one electric and one mechanical port. The electric port serves as a memcapacitor charge-voltage port, and the variables of the mechanical port are the deflection of the dielectric and the electrostatic force causing this deflection. It is shown that this two-port capacitor is a reciprocal element whose state function is the energy of electrostatic field of the
memcapacitor. A circuit, governing the memcapacitor dynamics, which is given by the state equation, is connected to the mechanical port. The model behavior is studied via computer simulation.
memcapacitors, is demonstrated via the example of a capacitor with anelastic dielectric. The model contains one-port elements from Chua's table of fundamental elements, and a two-port capacitor with one electric and one mechanical port. The electric port serves as a memcapacitor charge-voltage port, and the variables of the mechanical port are the deflection of the dielectric and the electrostatic force causing this deflection. It is shown that this two-port capacitor is a reciprocal element whose state function is the energy of electrostatic field of the
memcapacitor. A circuit, governing the memcapacitor dynamics, which is given by the state equation, is connected to the mechanical port. The model behavior is studied via computer simulation.
