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Articles by keyword оптимальные частотные характеристики двухполюсников и четырехполюсников
The mathematical modelling and circuit simulation of oscillators and frequency modulators with a three-terminal nonlinear element to be placed ahead of a matching reactive four-terminal network and after it. the series connection of a nonlinear element and feedback path
A.A. Golovkov, V.N. Dimitrenko
The mathematical modelling and circuit simulation of oscillators and frequency modulators with a three-terminal nonlinear element to be placed ahead of a matching reactive four-terminal network and after it. the parallel connection of a nonlinear element and feedback path
A.A. Golovkov, V.N. Dimitrenko
The Mathematical Modelling and Circuit Simulation of Oscillators and Frequency Modulators with a Three-terminal Nonlinear Element to Be Placed ahead of a Matching Reactive Four-terminal Network and after It. The Series-parallel Connection of a Nonlinear Element and Feedback Path
A.A. Golovkov, V.N. Dimitrenko
The mathematical modelling and circuit simulation of oscillators and frequency modulators with a three-terminal nonlinear element to be placed ahead of a matching reactive four-terminal network and after it. The parallel- series connection of a nonlinear element and feedback path
A.A. Golovkov, B.N. Dimitrienko
The mathematical modelling and circuit simulation of oscillators and frequency modulators with a parallel-connected three-terminal nonlinear element and feedback path to be placed ahead of a resistive four-terminal network and after it
A.A. Golovkov, A.V. Ragozin
The mathematical modelling and circuit simulation of oscillators and frequency modulators with a series-parallel-connected three-terminal nonlinear element and feedback path to be placed ahead of a resistive four-terminal network and after it
A.A. Golovkov, A.V. Ragozin
The mathematical modelling and circuit simulation of oscillators and frequency modulators with a parallel-series-connected three-terminal nonlinear element and feedback path to be placed ahead of a resistive four-terminal network and after it
A.A. Golovkov, A.V. Ragozin