Computation of Spectral Data for a Josephson Junction Circuit reveals how a specialized computer program analyzes power flow between frequency channels in a Josephson junction circuit.
It explains the math behind the results and how to use the software to explore steady-state and transient behavior.
This edition describes the mathematical assumptions, the numerical methods, and how to run the FORTRAN program. It includes the program listing, flow charts, and example outputs, plus guidance on avoiding errors. A discussion of potential sources of error helps readers understand the limits of the analysis.
- How the trapezoidal method and spline theory underpin the computations
- How a finite set of frequencies represents the spectrum for accurate results
- How to interpret time-domain and frequency-domain outputs
- Practical steps to run the steady-state and transient analyses
Ideal for researchers and students working with nonlinear differential equations, harmonic mixing, and spectral analysis in Josephson junction circuits, this book supports hands-on exploration with its detailed examples and program materials.