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In This Chapter
-
Transmission
Lines
- Introduction
- Parameters and Characteristics of HTS Transmission Lines
- Propagation Parameters of the Transmission Line
- Parameters of the Equivalent Diagram of the Transmission Line
- Perfect Strip Line with TEM Mode
- Thin-Film Microstrip Lines
- Propagation Parameters of the Superconducting Microstrip Line
- Kinetic Inductance and Series Resistance per Unit Length of the Superconducting Microstrip Transmission Line
- The Surface Current Distribution Across the Superconducting Microstrip Line
- Numerical Example (HTS Microstrip Line)
- Comment
- Applications of HTS Microstrip Lines (Shen, 1994; Lancaster, 2009)
- Superconducting Coaxial Line
- Thin-Film Coplanar Waveguide
- Propagation Parameters of the CPW
- Numerical Example (HTS Coplanar Waveguide)
- Current Distribution Across the Superconducting Coplanar Line
- Possible Applications of HTS Coplanar Waveguides
- Application of HTS Transmission Lines for a Design of Microwave Devices
- Conclusion
- References
Abstract
The history of superconducting materials started in 1911 by investigation of superconducting properties of mercury (Hg) (Onnes, 1911). Later the interest in applications of superconductors was based on using Nb with critical temperature T c = 9.2 K. Many Nb-based devices were designed for application at cryogenic temperatures (van Weers et al., 2013; Tuckerman et al., 2016; Bai et al., 2017).
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