ABSTRACT

This book addresses the problem of treating interior responses of complex electronic enclosures or systems, and presents a probabilistic approach. Relationships for determining the statistics of the driving fields to apply to a circuit analysis code representing part of an enclosed system's writing are worked out. Also addressed are limited spatial and frequency coherence essential to a statistically based field drive model. This text gives examples, different modeling, and describes how to make, interchange, and optimize models.

part I|266 pages

The Development and use of Statistical Electromagnetics (Stem)

chapter Chapter 1|21 pages

Introduction

chapter Chapter 2|33 pages

Concepts of Probability

chapter Chapter 4|50 pages

Held Redistribution And Cable Response 1

chapter Chapter 5|39 pages

The Log Normal Distribution 1

chapter Chapter 6|48 pages

Chi Square Variants: The Lehman Distribution

part II|142 pages

Information Presented to Assist the user of statistical electromagnetics (Stem)

chapter Chapter 9|40 pages

Characterization of Apertures

chapter Chapter 10|33 pages

Em Pickup And Scattering By A Wire 1

chapter Chapter 11|28 pages

Statistical Distribution of Fields in Complex Cavities

chapter Chapter 12|17 pages

Summary of The Cable-Current Prediction Methodology