Probability Distribution of CW Induced Currents on Randomly Oriented Sub-Resonant Loops and Wires.
Abstract
The deterministic prediction of both transient and CW field coupling to large complex electrical systems poses such a formidable probelm that other approaches to predicting the coupling may be useful. In this paper, we analyze the continuous wave coupling to a complicated electrical system in terms of random small dipole interactions in the low frequency limit (wavelength >> system components' sizes). Both random coupling to the incident wave and random interactions among the dipoles are considered. The variables being randomized are the incident direction and polarization, the sizes and orientations of the dipoles, the mutual coupling strengths, and the lumped load impedances. The resulting normalized current distributions are shown to be insensitive to the details of the model except at the extremely low and high percentiles.
Document Details
- Document Type
- Technical Report
- Publication Date
- May 01, 1976
- Accession Number
- ADA038720
Entities
People
- Charles T. C. Mo
- William R. Graham