Guitar Amplifier Electronics: Circuit Simulation. Cet article n’est pas disponible.
Langue : anglais
Edité par Amp Books LLC, 2019
- Livre broché
- Occasion
Vendeur : SustainableBooks.com, Amherst, NY, Etats-UnisSustainableBooks.com
Vendeur avec une évaluation de 5 étoiles
Vendeur AbeBooks depuis 19 août 2025
Indisponible
Livre broché
Etat: Occasion - Satisfaisant
EUR 87,40
A propos de cet article
Book is in Used-Good condition. Pages and cover are clean and intact. Used items may not include supplementary materials such as CDs or access codes. May show signs of minor shelf wear and contain limited notes and highlighting. 0.95.
N° de réf. du vendeur 0999674226-2-4
- Titre
- Guitar Amplifier Electronics: Circuit Simulation
- Auteur
- Richard Kuehnel
- Éditeur
- Amp Books LLC
- Année de publication
- 2019
- État de l'article
- Good
- Reliure
- Couverture souple
- Langue
- anglais
- ISBN à 10 chiffres
- 0999674226
- ISBN à 13 chiffres
- 9780999674222
- Poids de l'article
- 0,95 livre
This book is a step-by-step tutorial for simulating guitar amplifier circuits using LTspice, a SPICE-based electronic circuit simulator available for free from Analog Devices for Windows and macOS. The book walks you through the basics of developing a schematic, setting up a simulation, and interpreting the results. From there it gradually ramps up to advanced topics, like analyzing the dynamics of overdrive and writing your own SPICE models for triodes and power tubes. With this book, you will learn how to
1. analyze tone shaping circuits,
2. simulate real-world components,
3. evaluate the performance of a tone stack,
4. compute a power supply's DC output voltage under load,
5. determine the effects of negative feedback for single-ended and push-pull power amps,
6. measure the dynamics of harmonic distortion in preamps and power amps, and
7. analyze transient behavior when stages are overdriven.
1. analyze tone shaping circuits,
2. simulate real-world components,
3. evaluate the performance of a tone stack,
4. compute a power supply's DC output voltage under load,
5. determine the effects of negative feedback for single-ended and push-pull power amps,
6. measure the dynamics of harmonic distortion in preamps and power amps, and
7. analyze transient behavior when stages are overdriven.
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