Immagine dell'autore.

Stan Gibilisco (1953–2020)

Autore di Teach Yourself Electricity and Electronics

54 opere 1,913 membri 14 recensioni

Sull'Autore

Stan Gibilisco is the author of several important scientific books, including Understanding Einstein's Theory of Relativity and Teach Yourself Electricity and Electronics. While his primary interests are in technical and scientific fields, his passion has always been writing. He has worked as vice mostra altro president of an electronic company and explains the exciting field of electronics in clear and complete terms. Gibilisco was born on September 26, 1953 in Birmingham, Ala. and educated at the University of Minnesota. (Bowker Author Biography) mostra meno
Fonte dell'immagine: via YouTube

Serie

Opere di Stan Gibilisco

Physics DeMYSTiFieD (2002) 250 copie
Statistics Demystified (2004) 132 copie
Trigonometry DeMYSTiFieD (2003) 92 copie
Geometry DeMYSTiFieD (2003) 77 copie
Astronomy Demystified (2002) 74 copie
Electricity Demystified (2005) 70 copie
Electronics Demystified (2004) 65 copie
Math Proofs DeMYSTiFieD (2005) 65 copie
Everyday Math Demystified (2004) 62 copie
Meteorology Demystified (2005) 41 copie
Logic DeMYSTiFieD (2010) — Autore — 23 copie
Optics Demystified (2009) 14 copie
Audio Demystified (2006) 7 copie
Understanding Lasers (1989) 2 copie

Etichette

Informazioni generali

Nome canonico
Gibilisco, Stan
Data di nascita
1953-09-26
Data di morte
2020-05-03
Sesso
male
Nazionalità
USA
Luogo di nascita
Birmingham, Alabama, USA

Utenti

Recensioni

Este livro é seguramente o mais prático e completo guia sobre eletrônica e telecomunicações, um verdadeiro solucionador de problemas. Com ele o leitor aprende, de maneira objetiva e rápida, como projetar, otimizar, escolher, instalar, proteger, detectar falhas, fazer interfaces e utilizar praticamente qualquer dispositivo eletrônico. Com muitas ilustrações, tabelas, diagramas, fórmulas, equações, check-lists e instruções claras, o texto mostra a melhor maneira de: projetar equipamentos como osciladores, amplificadores e sistemas de antenas, otimizar o desempenho de receptores e transmissores de rádio, bem como de vários outros dispositivos eletrônicos, detectar falhas em circuitos e sistemas, escolher freqüências e modos de comunicação, assegurar a instalação correta de equipamentos, proteger equipamentos contra riscos, como raios e choques, interagir com equipes técnicas ligadas à área de eletrônica… (altro)
 
Segnalato
Twerp1231 | Oct 15, 2023 |
I will read anything that gives me ideas for how to better help my students get acquainted with reading schematics. In the days of the Arduino and relatively cheap breadboard kits, I'm surprised at the author's decision to focus on power supply and radio circuits, and old techniques like wire-wrapping.

The initial circuits diagrams were nice in that they showed a pictorial view of circuit elements followed by a schematic, something I encourage my intro physics students to do. But the book seemed like "here's how you connect a light bulb to a battery" followed by, "here's a transformer, full wave rectifier, and noise-suppression circuit. Have fun!" (I would also not recommend that a newbie work with 120 VAC signals...)… (altro)
 
Segnalato
lemontwist | 1 altra recensione | Feb 22, 2023 |
While the first half, dealing with basic stats concepts is useful, the second half is long-winded and repetitive.
 
Segnalato
mr_thrym | 1 altra recensione | Aug 1, 2020 |
The book is a good start but it could have been better if more explanation were given to the choice of component values in the example circuits. The author probably avoided this level of detail because it would probably involve some mathematics. The book as it is requires no math. I just felt I wanted more insight into the thought process of the designers of the circuits. Maybe a sequel to the book is in order.
 
Segnalato
RFBrost | 1 altra recensione | Jul 8, 2020 |

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Statistiche

Opere
54
Utenti
1,913
Popolarità
#13,452
Voto
½ 3.3
Recensioni
14
ISBN
158
Lingue
6

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