Electronic Components Handbook, Volume 1: Passive Components, Power, Electromagnetism, and Discrete Semiconductors (Electronic Components Handbook: An ... Selection, Testing, and Applications)

Understand electronic components beyond the circuit symbol. Electronic Components Handbook, Volume 1 is a practical electronics engineering reference for readers who want to understand how components work, how to select them, how to test them, and how to recognize the limits that matter in real circuits. This volume covers the essential passive components, power components, electromagnetic devices, and discrete semiconductor devices used throughout electronics. Clear explanations connect electrical principles with construction, ratings, calculations, testing, common failures, and practical applications. Inside, you will learn about:Resistors, capacitors, and inductors, including tolerance, power rating, temperature effects, ESR, ESL, saturation, losses, and practical selection.Transformers, relays, switches, connectors, chokes, and ferrites, with clear explanations of their operating principles and important ratings.Diodes, rectifiers, transistors, MOSFETs, JFETs, SCRs, TRIACs, and IGBTs, including switching behavior, thermal limits, safe operating conditions, and common failure modes.Fuses, surge protection, thermal protection, and batteries, with attention to practical circuit protection and safe component use.Rectifiers, filtering, regulation, and basic power conversion, showing how individual components work together inside useful power circuits.Electronic component testing and troubleshooting, including multimeter tests, LCR measurements, semiconductor junction checks, in-circuit and out-of-circuit diagnosis, and common failure signatures.Datasheet reading and component substitution, including absolute maximum ratings, typical versus guaranteed values, derating, package limits, tolerance, and equivalent replacement checks.The book does not treat components as ideal symbols alone. It explains the real effects that influence performance, including heat, frequency, parasitic resistance, capacitance, inductance, leakage, switching loss, aging, mechanical stress, and operating margin. Worked examples show how to apply the equations. Practice problems reinforce the important ideas. Figures, tables, formula reviews, component markings, preferred values, glossary terms, and answer notes make the book useful for both study and everyday reference. This handbook is suitable for electronics students, engineering students, technicians, repair professionals, makers, instructors, and practicing engineers who need a dependable electronic components reference guide. Use it to strengthen your understanding of basic electronic components, compare component technologies, read datasheets with greater confidence, perform first-order calculations, improve electronics troubleshooting and diagnosis, and make better component-selection and substitution decisions. Electronic Components Handbook, Volume 1 gives you a practical foundation in the components that make electronic circuits work—from resistors and capacitors to transformers, protection devices, batteries, diodes, transistors, and MOSFETs.