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    • 2. 发明申请
    • THERMAL-ELECTRIC LOGIC INTEGRATED CIRCUIT AND USE OF SAID INTEGRATED CIRCUIT
    • WO2022003379A1
    • 2022-01-06
    • PCT/HU2021/050038
    • 2021-06-03
    • BUDAPESTI MŰSZAKI ÉS GAZDASÁGTUDOMÁNYI EGYETEM
    • MIZSEI, JánosLAPPALAINEN, Jyrki
    • H03K19/02H03K19/23
    • The invention is based on the integrated application of a thermal-electric active device (phonon transistor). Phonon transistors consist of resistors that respond to temperature changes with a metal-insulator phase transition, or possibly other resistors suitable for heat generation. These resistors are thermally and electrically coupled to each other as needed, and are thermally and electrically insulated from each other. The thermal-electric system built in this way is suitable for the implementation of high-integration logic networks. The switch condition of a simple majority gate is that half or more of the inputs receive a high logic level. An extended majority logic gate is a generalization of a simple majority gate, i.e. a multi-input logic circuit whose output switches to a logic high level to excite a given number of inputs. By precisely sizing the circuit and adjusting the strength of the thermal coupling, it is possible to activate a certain proportion of the input (heating) resistors in order to tilt the output. With this, the switch-on threshold can be set not only to 50% of the inputs, but also to a different value, i.e. the number of elements of the simple majority gate and the number of elements of the extended majority gate can be essentially the same. By adjusting the strength of the thermal coupling, it is also possible to take each input into account with different weights. The operation of a controlled, multimode, thermal electrical resistor-based oscillator circuit is based on the application of a negative differential resistance during metal-semiconductor switching. Complemented with a capacitor and control electronics, the switching device is able to produce stable two-level vibrations, multi-level vibrations and irregular and chaotic vibrations in various vibration modes. The grassfire algorithm performs the transformation of two-dimensional shapes. The result of the transformation will be the skeleton of the shape, which is illustratively the line of meeting of the fire front launched around the perimeter of the shape. To implement the algorithm, the devices must be switched on in a perimeter corresponding to the shape in a two-dimensional matrix (M) composed of resistors with a metal / semiconductor phase transition. Due to the heat dissipation, the adjacent devices are also switched on, the order of switching on plots the result of the algorithm.