Engineering Electronic Warfare : From RF Fundamentals to System Integration and Validation
Overview
Understand electronic warfare from the signal to the complete system.
How do RF signals become useful measurements? What limits a receiver's performance? And what evidence shows that an integrated system meets its requirements?
Engineering Electronic Warfare: From RF Fundamentals to System Integration and Validation connects the physics, calculations, and engineering decisions behind electronic warfare systems. Written for electrical, RF, communications, and systems engineers, alongside advanced engineering students, it combines worked examples with technical illustrations and a recurring system example.
Inside, you will learn to:
- Build your RF foundation: Connect signal processing, noise, propagation, antennas, and digital receivers to system performance.
- Understand core EW functions: Explore electronic support, electronic attack, and electronic protection through radar, communications, and navigation principles.
- Connect components into systems: Examine architecture, requirements, timing budgets, embedded processing, and electromagnetic compatibility.
- Evaluate performance with evidence: Apply modeling, simulation, calibration, measurement uncertainty, verification, and validation.
- Assess adaptive technologies: Understand machine learning limitations, confidence calibration, data quality, and human oversight.
- Plan beyond initial operation: Consider reliability, maintainability, lifecycle costs, and configuration control.
Across all chapters there are worked calculations, diagrams, and comparison tables help you follow the reasoning, check assumptions, and interpret results. A glossary and technical index support continued use as a reference.
This item is Non-Returnable
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Details
- ISBN-13: 9798162313823
- ISBN-10: 9798162313823
- Publisher: Independently Published
- Publish Date: October 2026
- Dimensions: 11 x 8.5 x 0.96 inches
- Shipping Weight: 2.41 pounds
- Page Count: 476
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