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Book synopsis

Electronics Fundamentals
Understanding Electricity, Components, and Basic Circuits

How does a circuit turn electrical energy into a useful function? What determines the current through a resistor, the charging time of a capacitor, or the behavior of a transistor switch?

Electronics Fundamentals by Asia Cazòrla provides a progressive introduction to the principles behind practical electronic hardware. Written for beginners, students, technicians, and readers returning to electronics, it connects physical quantities, circuit models, worked calculations, and laboratory observations.

The starting point is arithmetic and elementary algebra. New concepts are introduced through their physical meaning, units, assumptions, and practical consequences, helping you understand when an equation is useful and where its limitations begin.

WHAT YOU WILL LEARN

• Understand voltage, current, resistance, energy, and power, and use engineering units and prefixes correctly.
• Apply Ohm's law and Kirchhoff's laws to series and parallel networks, voltage dividers, and loaded circuits.
• Explore capacitors, inductors, stored energy, charging behavior, impedance, and introductory frequency response.
• Learn how diodes, bipolar transistors, and MOSFETs behave in basic rectifying, switching, and amplification applications.
• Discover operational amplifiers, feedback, analog filtering, and the foundations of signal conditioning.
• Build an introductory understanding of digital logic, timing, ADCs, DACs, microcontrollers, and sensor interfaces.
• Examine power sources, regulation, component heating, prototyping, and the influence of physical connections.
• Use measurement and troubleshooting methods to compare predictions with observations and investigate discrepancies.

FROM IDEAL CIRCUITS TO REAL COMPONENTS

A correct calculation is only the beginning. Throughout the book, ideal relationships are compared with loading, tolerances, supply limits, leakage, bandwidth, temperature, and measurement error. Worked examples show how to estimate a result, calculate it, check its plausibility, and compare it with practical constraints.

The Design Insight and Model Fidelity Ladder features help you choose an appropriate level of detail: start with an ideal model, introduce the nonideal effects that matter, and identify what simulation or measurement should verify.

PRACTICE WITH A COMPLETE DESIGN PROJECT

A guided low-voltage monitoring project brings together a sensor input, filtering, digital conversion, threshold decisions, and a switched indicator. Follow the reasoning from requirements and component choices to timing, startup behavior, test planning, and fault investigation.

Laboratory activities and exercises with reasoned answers reinforce the connection between theory and practice. When a reading is unexpected, you will learn to ask which assumption, connection, component, or instrument could explain it.

YOUR FIRST STEP THROUGH THE SERIES

As Volume 1 of Electronics Engineering Foundations, this book establishes the shared vocabulary and engineering habits used throughout the ten-volume learning path. It prepares you for circuit analysis and simulation, analog and digital design, electronic measurements, power supplies, embedded systems, PCB integration, RF fundamentals, and complete system verification.

Develop the foundations to read circuits, make useful predictions, select sensible models, and approach practical electronics with a clear method.

Book details

• Full title: Electronics Fundamentals
• Subtitle: Understanding Electricity, Components, and Basic Circuits
• Author: Asia Cazòrla
• Language: English
• Binding: Paperback
• Number of pages: 162
• EAN: 9798140806736
• ID: 54472449
• Publisher: Independently published
• Weight: 227 g
• Dimensions: 229 × 152 × 9 mm
• Date of publishing: 08. November 2026

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