The Electronics Bench : A Self-Teaching Course in DC/AC Theory, Diodes, Transistors, and Op-Amps, with 25 Hands-On Breadboard and Microcontroller Proje
Overview
You can follow a tutorial and get an LED to blink. Swap one component, and it stops working - you have no idea why. This book teaches you to understand a circuit, not copy one.
The Electronics Bench is a self-teaching course built around 25 hands-on breadboard and microcontroller projects. Across 525 pages and 16 chapters, it runs from Ohm's law to op-amps, oscillators, and digital logic, using six-step worked calculations, 123 labeled figures, and 160 end-of-chapter problems with full worked solutions.
WHAT'S INSIDE THIS BOOK
- DC Fundamentals, Safety, and the Breadboard - Ohm's law and breadboard row/column wiring behind Project 1's LED circuit.
- Resistors, Ohm's Law in Depth, and the Multimeter - Color-code decoding, series/parallel networks, and 6 worked examples in DMM use.
- Capacitors and RC Timing - Capacitor types and the RC time constant behind Project 3's LED delay circuit.
- Diodes and Rectification - The diode I-V curve and half-wave vs. full-wave bridge rectifiers.
- Bipolar Junction Transistors - NPN/PNP structure, saturation regions, and beta gain behind a switched LED.
- Transistor Switches, Relays, and MOSFETs - Saturation-switch design, flyback protection, and logic-level MOSFET switching.
- AC Fundamentals and the Oscilloscope - RMS vs. peak voltage and hands-on scope/function-generator skills.
- AC in RC/RL Circuits and Filters - Reactance, phasor impedance, and RC filter cutoff-frequency design.
- Resonance and LC Circuits - Series/parallel RLC resonance and bandwidth/Q-factor math for a tank circuit.
- Transistor Amplifiers - Common-emitter biasing and 13 worked examples on clipping distortion.
- Operational Amplifiers - Gain equations, the op-amp's golden rules, and 15 worked examples building a comparator.
- Oscillators and the 555 Timer - 555 astable/monostable timing and an LED-flasher build.
- Power Supplies, Transformers, and Regulation - Turns-ratio math and 78xx regulator dropout.
- Digital Logic and Microcontroller Basics - Logic-gate truth tables and a microcontroller I/O project.
- Sensors, Actuators, and Putting Projects Together - Photoresistor/thermistor sensing and a sensor-decision-actuator build.
- Capstone: Designing and Troubleshooting Your Own Circuit - A design process and symptom-isolate-test-fix method.
SEVEN REFERENCE APPENDICES
- Formula reference by chapter
- Component reference (color codes, E12/E24 values, IC pinouts)
- Troubleshooting guide with fault tables
- Consolidated 25-project parts list
- Schematic symbol legend and where-to-go-next guide
- 324-term glossary and index
WHAT YOU'LL BE ABLE TO DO
- Size resistors and voltage dividers with Ohm's and Kirchhoff's laws.
- Read and troubleshoot circuits with a multimeter and oscilloscope.
- Design RC/RL filters for a target cutoff frequency.
- Bias a transistor for switching, amplification, or oscillation.
- Build and verify a regulated DC supply.
- Wire a microcontroller's I/O to sensors and actuators.
- Diagnose a failed circuit systematically.
- Translate a schematic into a correctly wired breadboard.
WHY THIS BOOK
- Every value is worked through a six-step calculation, not just handed to you.
- Twenty-five projects build directly from formulas taught pages earlier, not standing apart as a kit.
- Every project pairs a schematic with a labeled breadboard diagram.
- AC theory, filters, resonance, and op-amps get the same depth as the DC chapters.
- A troubleshooting appendix and capstone chapter teach a repeatable method, so a failed circuit becomes a diagnostic exercise.
- The book runs from an LED circuit through microcontroller I/O, closing a gap older guides leave open.
This item is Non-Returnable
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Details
- ISBN-13: 9798193460350
- ISBN-10: 9798193460350
- Publisher: Independently Published
- Publish Date: August 2026
- Dimensions: 11 x 8.5 x 1.02 inches
- Shipping Weight: 2.56 pounds
- Page Count: 506
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