Circuit Theory Based on New Concepts and Its Application to Quantum Theory

2. Resonance and Transient Responses Obtained from Commensurate Transmission Line Circuit

Abstract

For commensurate transmission line circuits constructed using a unit element, transient responses as well as resonance as a steady-state response can be obtained. Such circuits can be analyzed using the z-transform, and transient responses that vary with time can be obtained. In addition, unit elements are symmetrical and lossless circuit elements. If the phase of a unit element is nπ and the internal resistance of the power source is equal to the load resistance, resonance occurs. Resonance also occurs if the phase of a unit element is nπ + π/2 and the product of the internal resistance and the load resistance is equal to the square of the characteristic resistance of the unit element.