Abstract
A model is proposed for MISS operation which explains the discrepancies in threshold voltage, switching current and the physical mechanism reported previously. A complete physical picture of the current-voltage characteristics of the device is given considering the coupled action of two devices; a bipolar transistor with open base and an amplifying MIS structure in non-equilibrium. An approximate value for holding voltage is given. Some experimental results supporting the suggested physical picture are reported showing the charge-storage effect anticipated by this model and a capacitive-current behaviour evidencing the existence of an internal positive feedback in the device.
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