Little Bird
Build Your Own Coils and Transformers Book
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A practical guide to winding your own coils and transformers, covering everything from the fundamentals of inductance and impedance through to the design and...
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A practical guide to winding your own coils and transformers, covering everything from the fundamentals of inductance and impedance through to the design and construction of IF transformers, output transformers, and power transformers.
This 56-page reference is ideal for hobbyists and anyone interested in understanding and building electromagnetic components from scratch.
Topics Covered
- Coil & Transformer Fundamentals – Mutual inductance, reactance, resonance, impedance, and selectivity
- Design Principles – Coils in tuning circuits, types of formers and cores, winding techniques
- Self-Capacitance & Equations – Practical calculations for coil design
- Transformer Design – IF transformers, output transformers, and power transformers
Specifications
- Title – Build Your Own Coils and Transformers
- Author – BPB Editorial Board
- Publisher – BPB Publications
- ISBN – 81 7656 677 2
- Pages – 56
- Format – Softcover
- Dimensions – 137 × 212mm
- Knowledge Level – Intermediate
Ideal For
- Hobbyists wanting to wind custom transformers and inductors
- Understanding electromagnetic component design
- Reference for radio and power supply projects
Jargon buster
Plain-language definitions for the technical terms used above.
- capacitance
- Capacitance is the amount of electrical charge a capacitor can store, usually measured in farads such as uF. Choosing the right capacitance value matters because it affects how well a circuit filters power, handles timing, or stores short bursts of energy.
- Impedance
- Impedance is the total opposition a component or circuit presents to alternating current, measured in ohms, combining resistance with frequency-dependent reactance. It appears in many contexts, such as matching a speaker's impedance (for example 4 ohm or 8 ohm) to an amplifier or the input and output impedance of signal circuits, and a correct match helps avoid weak signals, distortion or damage.
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