Full wave analysis of a superconducting stripline with large width-to-separation ratio

• Main Authors: Yeap K.H., Tham C.Y., Yeong K.C., Woo H.J., Chong K.H.
• Other Authors: 36024759100
• Format: Conference paper
• Published: 2023
• Subjects: Attenuation constant; Phase velocity; Superconducting stripline; Surface impedance; Magnetic fields; Strip telecommunication lines; Analytical equations; Attenuation constants; Complex conductivity; Electric and magnetic fields; Full wave analysis; Propagation constant; Separation ratio; Superconducting strips; Surface impedances; Transcendental equations; Transmission line models; Superconductivity

This paper presents a full-wave analysis on the wave propagating in a superconducting stripline with a large width-to-separation ratio. A set of transcendental equation is derived, by matching the ratio of the tangential electric and magnetic fields, respectively, with the surface impedance of the s...