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Electronic Warfare Systems

Volume I: Foundations & Core Technologies

gareth thomas

When armies fight for ground, skies, or seas, victory still depends on who controls what can’t be seen — the electromagnetic spectrum.

Inside that invisible battlefield, every signal matters. The radar that sees you. The jammer that blinds it. The link that keeps your systems alive — or cuts them off cold.

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About the Book

Electronic Warfare Systems — Volume I: Foundations & Core Technologies

When armies fight for ground, skies, or seas, victory still depends on who controls what can’t be seen — the electromagnetic spectrum.

Inside that invisible battlefield, every signal matters. The radar that sees you. The jammer that blinds it. The link that keeps your systems alive — or cuts them off cold.

Electronic Warfare Systems — Volume I rips open the black box of EW and shows you what’s really happening beneath the antennas, waveforms, and code. You’ll discover how energy, frequency, and logic turn into power, protection, and precision.

This isn’t theory for professors. It’s field-ready understanding for engineers, analysts, and decision-makers who need tocommand the spectrum.

You’ll learn how modern EW systems are designed, how they fail, and how to make them dominate. Step by step, it builds from electromagnetic fundamentals and radar principles to real architectures, signal processing, and countermeasure design — everything that turns equations into edge.

If you work anywhere near defense technology, aerospace, or national security, this volume is your briefing on how invisible energy wins real wars.Read it, and you’ll never look at a signal the same way again.

From the Editor at Burst Books — Gareth Thomas

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Author

About the Author

gareth thomas

Gareth Morgan Thomas is a qualified expert with extensive expertise across multiple STEM fields. Holding six university diplomas in electronics, software development, web development, and project management, along with qualifications in computer networking, CAD, diesel engineering, well drilling, and welding, he has built a robust foundation of technical knowledge.

Educated in Auckland, New Zealand, Gareth Morgan Thomas also spent three years serving in the New Zealand Army, where he honed his discipline and problem-solving skills. With years of technical training, Gareth Morgan Thomas is now dedicated to sharing his deep understanding of science, technology, engineering, and mathematics through a series of specialized books aimed at both beginners and advanced learners.

Contents

Table of Contents

Chapter 1. Foundations of Electronic Warfare

Section 1. Introduction to Electronic Warfare

  • Definition and Scope of Electronic Warfare
  • Historical Evolution of EW
  • EW in Modern Military Doctrine
  • Strategic Importance of Electromagnetic Dominance

Section 2. The Electronic Warfare Triad

  • Electronic Support (ES) Overview
  • Electronic Attack (EA) Overview
  • Electronic Protection (EP) Overview
  • Integration and Coordination

Section 3. EW Taxonomy and Classification

  • Frequency-Based Classification
  • Platform-Based Classification
  • Mission-Based Classification
  • Threat-Based Classification

Section 4. Legal and Ethical Considerations

  • International Law and EW
  • Rules of Engagement in Electronic Combat
  • Civilian Infrastructure Protection
  • Spectrum Allocation and Coordination

Chapter 2. Electromagnetic Spectrum Fundamentals

Section 1. Properties of Electromagnetic Radiation

  • Wave Theory and Propagation
  • Frequency, Wavelength, and Energy Relationships
  • Polarization and Phase Characteristics
  • Modulation Techniques

Section 2. Spectrum Allocation and Management

  • ITU Frequency Bands and Allocations
  • Military vs. Commercial Spectrum Use
  • Regional and National Variations
  • Spectrum Congestion Challenges

Section 3. Propagation Phenomena

  • Free Space Propagation
  • Atmospheric Effects and Attenuation
  • Ground Wave and Sky Wave Propagation
  • Urban and Terrain Effects

Section 4. Antenna Theory and Applications

  • Basic Antenna Parameters
  • Directional vs. Omnidirectional Antennas
  • Phased Array Technology
  • Adaptive and Smart Antennas

Chapter 3. Electronic Support and Signals Intelligence

Section 1. Electronic Support Mission and Objectives

  • Threat Detection and Identification
  • Situational Awareness Enhancement
  • Target Acquisition Support
  • Battle Damage Assessment

Section 2. ES System Architecture

  • Receiver Design and Sensitivity
  • Direction Finding Techniques
  • Signal Processing and Analysis
  • Database Management Systems

Section 3. Signal Intelligence (SIGINT) Integration

  • Communications Intelligence (COMINT)
  • Electronic Intelligence (ELINT)
  • Foreign Instrumentation Signals Intelligence (FISINT)
  • Multi-Intelligence Fusion

Section 4. ES Platforms and Deployment

  • Airborne ES Systems
  • Ground-Based ES Networks
  • Naval ES Capabilities
  • Space-Based ES Assets

Chapter 4. Electronic Attack Principles

Section 1. Electronic Attack Fundamentals

  • Jamming Theory and Effectiveness
  • Power Budget Analysis
  • Burn-Through Range Calculations
  • Fratricide and Blue-on-Blue Concerns

Section 2. Jamming Techniques and Waveforms

  • Noise Jamming Methods
  • Deception Jamming Techniques
  • Coherent vs. Non-Coherent Jamming
  • Adaptive and Cognitive Jamming

Section 3. Electronic Attack Systems

  • Self-Protection Jammers
  • Escort Jammers
  • Stand-Off Jammers
  • Expendable Decoys and Chaff

Section 4. Targeting and Engagement Planning

  • Threat Prioritization
  • Engagement Timeline Planning
  • Resource Allocation Strategies
  • Mission Success Metrics

Chapter 5. Electronic Protection Strategies

Section 1. Electronic Protection Philosophy

  • Hardening vs. Adaptability Trade-offs
  • Layered Defense Concepts
  • Graceful Degradation Principles
  • Cost-Effectiveness Analysis

Section 2. Frequency Domain Protection

  • Frequency Hopping Techniques
  • Spread Spectrum Methods
  • Dynamic Spectrum Access
  • Frequency Diversity Applications

Section 3. Spatial and Temporal Protection

  • Directional Antennas and Beamforming
  • Null Steering and Adaptive Arrays
  • Time Division Multiple Access (TDMA)
  • Emission Control (EMCON) Procedures

Section 4. Signal Processing Protection

  • Low Probability of Intercept (LPI) Design
  • Low Probability of Detection (LPD) Techniques
  • Anti-Jam Signal Processing
  • Cryptographic Protection Methods

Chapter 6. Radar Systems and Counter-Radar Techniques

Section 1. Radar Fundamentals and Classifications

  • Basic Radar Principles
  • Pulse vs. Continuous Wave Radar
  • Primary vs. Secondary Radar Systems
  • Radar Performance Parameters

Section 2. Advanced Radar Technologies

  • Phased Array Radar Systems
  • Synthetic Aperture Radar (SAR)
  • Multi-Function Radar (MFR)
  • Quantum Radar Concepts

Section 3. Radar Electronic Support

  • Radar Warning Receivers (RWR)
  • Radar Signal Analysis
  • Emitter Identification Techniques
  • Threat Library Management

Section 4. Radar Countermeasures

  • Radar Jamming Techniques
  • Chaff and Passive Decoys
  • Active Radar Decoys
  • Stealth and Signature Reduction

Section 5. Counter-Countermeasures

  • Anti-Jam Radar Design
  • Electronic Counter-Countermeasures (ECCM)
  • Adaptive Radar Processing
  • Multi-Static Radar Networks

Chapter 7. Communications Warfare

Section 1. Military Communications Overview

  • Military Communication Requirements
  • Communication System Architecture
  • Network Topologies and Protocols
  • Voice vs. Data Communications

Section 2. Communication Intelligence and Interception

  • Signal Interception Techniques
  • Traffic Analysis Methods
  • Communication Pattern Recognition
  • Cryptanalysis Fundamentals

Section 3. Communication Jamming

  • Communication Jamming Theory
  • Spot vs. Barrage Jamming
  • Protocol-Specific Jamming
  • Network Disruption Techniques

Section 4. Communication Protection

  • Frequency Management Strategies
  • Anti-Jam Communication Systems
  • Communication Security (COMSEC)
  • Mesh Networks and Self-Healing Systems

Section 5. Software-Defined Radio and Cognitive Systems

  • SDR Architecture and Capabilities
  • Cognitive Radio Concepts
  • Dynamic Spectrum Management
  • Intelligent Waveform Adaptation

Chapter 8. Navigation Warfare (NAVWAR)

Section 1. Global Navigation Satellite Systems

  • GPS System Architecture and Signals
  • GLONASS, Galileo, and BeiDou Systems
  • Regional Navigation Systems
  • Augmentation Systems (WAAS, EGNOS)

Section 2. GNSS Vulnerabilities and Threats

  • Signal Characteristics and Weaknesses
  • Jamming and Interference Sources
  • Spoofing Attack Vectors
  • Natural and Unintentional Interference

Section 3. GNSS Electronic Attack

  • GNSS Jamming Techniques
  • Spoofing System Design
  • Meaconing and Rebroadcast Attacks
  • Tactical NAVWAR Systems

Section 4. GNSS Protection and Resilience

  • Anti-Jam GNSS Receivers
  • Controlled Reception Pattern Antennas (CRPA)
  • Inertial Navigation Integration
  • Alternative PNT Technologies

Section 5. Alternative Navigation Systems

  • Inertial Navigation Systems
  • Terrain-Referenced Navigation
  • Celestial Navigation Methods
  • Emerging PNT Technologies

Chapter 9. Infrared and Electro-Optical Countermeasures

Section 1. Infrared and EO System Fundamentals

  • Electromagnetic Spectrum: IR and Visible Light
  • Thermal Imaging Principles
  • Laser Systems and Applications
  • EO Sensor Technologies

Section 2. IR/EO Signatures and Detection

  • Target Signature Analysis
  • Background Clutter and Noise
  • Atmospheric Transmission Effects
  • Detection Range Calculations

Section 3. IR/EO Countermeasures

  • Passive Signature Reduction
  • Infrared Decoys and Flares
  • Directed Infrared Countermeasures (DIRCM)
  • Laser Countermeasures

Section 4. Laser Warning and Protection

  • Laser Threat Categories
  • Laser Warning Receivers
  • Laser Protection Systems
  • Eye-Safe Operations

Section 5. Advanced EO Technologies

  • Quantum Sensors and Detectors
  • Hyperspectral Imaging
  • Coherent Detection Systems
  • Multi-Spectral Sensor Fusion

Chapter 10. Electronic Warfare Receivers and Signal Processing

Section 1. EW Receiver Architecture

  • Superheterodyne Receiver Design
  • Direct Conversion Receivers
  • Channelized Receiver Systems
  • Compressive Receivers

Section 2. Signal Detection and Analysis

  • Detection Theory and Thresholds
  • Pulse Descriptor Word (PDW) Analysis
  • Modulation Recognition Techniques
  • Spectral Analysis Methods

Section 3. Direction Finding Techniques

  • Amplitude Comparison Methods
  • Phase Comparison Techniques
  • Time Difference of Arrival (TDOA)
  • Interferometry and Super-Resolution

Section 4. Digital Signal Processing in EW

  • Analog-to-Digital Conversion
  • Fast Fourier Transform Applications
  • Digital Filtering Techniques
  • Real-Time Processing Requirements

Section 5. Emitter Identification and Classification

  • Feature Extraction Methods
  • Pattern Recognition Algorithms
  • Machine Learning Applications
  • Specific Emitter Identification (SEI)

Chapter 11. Spectrum Management and Electronic Order of Battle

Section 1. Spectrum Management Principles

  • Frequency Coordination Processes
  • Interference Analysis and Mitigation
  • Spectrum Planning Tools
  • Dynamic Spectrum Assignment

Section 2. Electronic Order of Battle (EOB)

  • EOB Development Process
  • Threat Assessment and Prioritization
  • Intelligence Integration
  • EOB Database Management

Section 3. Electromagnetic Environmental Effects

  • Electromagnetic Compatibility (EMC)
  • Electromagnetic Interference (EMI)
  • High Intensity Radiated Fields (HIRF)
  • Electromagnetic Pulse (EMP) Effects

Section 4. Spectrum Warfare Planning

  • Electronic Attack Planning
  • Spectrum Deconfliction
  • Fratricide Avoidance
  • Mission Success Assessment

Section 5. Joint and Coalition Spectrum Management

  • Inter-Service Coordination
  • Coalition Spectrum Sharing
  • Host Nation Coordination
  • International Frequency Coordination

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