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EBOOK - Beginner's Guide to Reading Schematics - Full Edition (Stan Gibilisco)
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TÀI LIỆU - Hướng dẫn đọc sơ đồ mạch điện - Stan Gibilisco
Have you “caught the electronics bug,” only to grow sick with apprehension as you encountered diagrams with arcane symbols the moment you decided to build, troubleshoot, or repair something? If so, you’re holding the cure in your hands right now.
A little knowledge of electronics symbology can eliminate a lot of fear and confusion. Don’t give up electronics just because you’ve come across some spooky graphics. That would be like giving up a sport because you fear the pain of training.
That’s where the coach comes in! A good coach streamlines your training in any sport and helps you get past the pain. Schematic diagrams, well drawn and clearly portrayed, can help you to design, build, maintain, troubleshoot, and repair electronic quipment.
Schematic diagrams are like road maps of electronic highway networks. These rawings can help you find your way through the elements of simple circuits, complex devices, and massive systems. Once you’ve learned what the symbols and notations stand for, reading a schematic will come as easily to you as planning a trip with the
aid of a road atlas.
What’s the scheme? 1
Block diagrams 2
Schematic diagrams 2
Schematic symbology 4
Schematic interconnections 6
Visual language 8
2 Block diagrams 13
A simple example 13
Functional drawings 13
Current and signal paths 16
Flowcharts 18
Process paths 22
Summary 24
3 Component symbols 25
Resistors 25
Capacitors 30
Inductors and transformers 34
Switches 39
Conductors and cables 43
Diodes and transistors 46
Electron tubes 49
Cells and batteries 53
Logic gates 54
Summary 56
4 Simple circuits 57
Getting started 57
Component labeling 66
Troubleshooting with
schematics 71
A more complex circuit 75
Schematic/block combinations 78
Summary 81
5 Complex circuits 83
Identifying the building blocks 83
Page breaks 91
Some more circuits 94
Getting comfortable with large
schematics 106
Summary 111
6 Let’s learn by doing 113
Your breadboard 113
Wire wrapping 117
Kirchhoff’s current law 119
Kirchhoff’s voltage law 123
A resistive voltage divider 125
A diode-based voltage reducer 132
Mismatched lamps in series 137
Summary and conclusion 144
A Schematic symbols 145
B Resistor color codes 163
A little knowledge of electronics symbology can eliminate a lot of fear and confusion. Don’t give up electronics just because you’ve come across some spooky graphics. That would be like giving up a sport because you fear the pain of training.
That’s where the coach comes in! A good coach streamlines your training in any sport and helps you get past the pain. Schematic diagrams, well drawn and clearly portrayed, can help you to design, build, maintain, troubleshoot, and repair electronic quipment.
Schematic diagrams are like road maps of electronic highway networks. These rawings can help you find your way through the elements of simple circuits, complex devices, and massive systems. Once you’ve learned what the symbols and notations stand for, reading a schematic will come as easily to you as planning a trip with the
aid of a road atlas.
What’s the scheme? 1
Block diagrams 2
Schematic diagrams 2
Schematic symbology 4
Schematic interconnections 6
Visual language 8
2 Block diagrams 13
A simple example 13
Functional drawings 13
Current and signal paths 16
Flowcharts 18
Process paths 22
Summary 24
3 Component symbols 25
Resistors 25
Capacitors 30
Inductors and transformers 34
Switches 39
Conductors and cables 43
Diodes and transistors 46
Electron tubes 49
Cells and batteries 53
Logic gates 54
Summary 56
4 Simple circuits 57
Getting started 57
Component labeling 66
Troubleshooting with
schematics 71
A more complex circuit 75
Schematic/block combinations 78
Summary 81
5 Complex circuits 83
Identifying the building blocks 83
Page breaks 91
Some more circuits 94
Getting comfortable with large
schematics 106
Summary 111
6 Let’s learn by doing 113
Your breadboard 113
Wire wrapping 117
Kirchhoff’s current law 119
Kirchhoff’s voltage law 123
A resistive voltage divider 125
A diode-based voltage reducer 132
Mismatched lamps in series 137
Summary and conclusion 144
A Schematic symbols 145
B Resistor color codes 163
EBOOK - Beginners Guide to Reading Schematics - 3rd Edition (Stan Gibilisco).
EBOOK - Beginners Guide to Reading Schematics - 4th Edition (Stan Gibilisco).
TÀI LIỆU - Hướng dẫn đọc sơ đồ mạch điện - Stan Gibilisco
Have you “caught the electronics bug,” only to grow sick with apprehension as you encountered diagrams with arcane symbols the moment you decided to build, troubleshoot, or repair something? If so, you’re holding the cure in your hands right now.
A little knowledge of electronics symbology can eliminate a lot of fear and confusion. Don’t give up electronics just because you’ve come across some spooky graphics. That would be like giving up a sport because you fear the pain of training.
That’s where the coach comes in! A good coach streamlines your training in any sport and helps you get past the pain. Schematic diagrams, well drawn and clearly portrayed, can help you to design, build, maintain, troubleshoot, and repair electronic quipment.
Schematic diagrams are like road maps of electronic highway networks. These rawings can help you find your way through the elements of simple circuits, complex devices, and massive systems. Once you’ve learned what the symbols and notations stand for, reading a schematic will come as easily to you as planning a trip with the
aid of a road atlas.
What’s the scheme? 1
Block diagrams 2
Schematic diagrams 2
Schematic symbology 4
Schematic interconnections 6
Visual language 8
2 Block diagrams 13
A simple example 13
Functional drawings 13
Current and signal paths 16
Flowcharts 18
Process paths 22
Summary 24
3 Component symbols 25
Resistors 25
Capacitors 30
Inductors and transformers 34
Switches 39
Conductors and cables 43
Diodes and transistors 46
Electron tubes 49
Cells and batteries 53
Logic gates 54
Summary 56
4 Simple circuits 57
Getting started 57
Component labeling 66
Troubleshooting with
schematics 71
A more complex circuit 75
Schematic/block combinations 78
Summary 81
5 Complex circuits 83
Identifying the building blocks 83
Page breaks 91
Some more circuits 94
Getting comfortable with large
schematics 106
Summary 111
6 Let’s learn by doing 113
Your breadboard 113
Wire wrapping 117
Kirchhoff’s current law 119
Kirchhoff’s voltage law 123
A resistive voltage divider 125
A diode-based voltage reducer 132
Mismatched lamps in series 137
Summary and conclusion 144
A Schematic symbols 145
B Resistor color codes 163
A little knowledge of electronics symbology can eliminate a lot of fear and confusion. Don’t give up electronics just because you’ve come across some spooky graphics. That would be like giving up a sport because you fear the pain of training.
That’s where the coach comes in! A good coach streamlines your training in any sport and helps you get past the pain. Schematic diagrams, well drawn and clearly portrayed, can help you to design, build, maintain, troubleshoot, and repair electronic quipment.
Schematic diagrams are like road maps of electronic highway networks. These rawings can help you find your way through the elements of simple circuits, complex devices, and massive systems. Once you’ve learned what the symbols and notations stand for, reading a schematic will come as easily to you as planning a trip with the
aid of a road atlas.
What’s the scheme? 1
Block diagrams 2
Schematic diagrams 2
Schematic symbology 4
Schematic interconnections 6
Visual language 8
2 Block diagrams 13
A simple example 13
Functional drawings 13
Current and signal paths 16
Flowcharts 18
Process paths 22
Summary 24
3 Component symbols 25
Resistors 25
Capacitors 30
Inductors and transformers 34
Switches 39
Conductors and cables 43
Diodes and transistors 46
Electron tubes 49
Cells and batteries 53
Logic gates 54
Summary 56
4 Simple circuits 57
Getting started 57
Component labeling 66
Troubleshooting with
schematics 71
A more complex circuit 75
Schematic/block combinations 78
Summary 81
5 Complex circuits 83
Identifying the building blocks 83
Page breaks 91
Some more circuits 94
Getting comfortable with large
schematics 106
Summary 111
6 Let’s learn by doing 113
Your breadboard 113
Wire wrapping 117
Kirchhoff’s current law 119
Kirchhoff’s voltage law 123
A resistive voltage divider 125
A diode-based voltage reducer 132
Mismatched lamps in series 137
Summary and conclusion 144
A Schematic symbols 145
B Resistor color codes 163
EBOOK - Beginners Guide to Reading Schematics - 3rd Edition (Stan Gibilisco).
EBOOK - Beginners Guide to Reading Schematics - 4th Edition (Stan Gibilisco).
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