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Make Your Own PCBs with EAGLE: From Schematic Designs to Finished Boards [Pehme köide]

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  • Formaat: Paperback / softback, 272 pages, kõrgus x laius x paksus: 234x185x13 mm, kaal: 538 g, 75 Illustrations
  • Ilmumisaeg: 12-Jun-2014
  • Kirjastus: TAB Books Inc
  • ISBN-10: 0071819258
  • ISBN-13: 9780071819251
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Make Your Own PCBs with EAGLE: From Schematic Designs to Finished BoardsSuurem pilt
  • Formaat: Paperback / softback, 272 pages, kõrgus x laius x paksus: 234x185x13 mm, kaal: 538 g, 75 Illustrations
  • Ilmumisaeg: 12-Jun-2014
  • Kirjastus: TAB Books Inc
  • ISBN-10: 0071819258
  • ISBN-13: 9780071819251
Teised raamatud teemal:
Püsilink: https://www.kriso.ee/db/9780071819251.html
Märksõnad:

Design custom printed circuit boards with EAGLE

Learn how to make double-sided professional-quality PCBs from the ground up using EAGLE--the powerful, flexible design software. In this step-by-step guide, electronics guru Simon Monk leads you through the process of designing a schematic, transforming it into a PCB layout, and submitting standard Gerber files to a manufacturing service to create your finished board. Filled with detailed illustrations, photos, and screenshots,Make Your Own PCBs with EAGLE features downloadable example projects so you can get started right away.

  • Install EAGLE Light Edition and discover the views and screens that make up an EAGLE project
  • Create the schematic and board files for a simple LED project
  • Find the right components and libraries for your projects
  • Work with the Schematic Editor
  • Lay out PCBs with through-hole components and with surface mount technology
  • Build a sound level meter with a small amplifier and ten LEDs
  • Generate Gerber design files to submit for fabrication
  • Solder through-hole PCBs and SMD boards
  • Design a plug-in Arduino shield
  • Build a Raspberry Pi expansion board
  • Automate repetitive tasks using scripts and User Language Programs
  • Create your own libraries and parts and modify existingcomponents

Acknowledgments xv
1 Introduction
1(20)
Printed Circuit Boards
1(2)
Surface Mount and Through Hole
3(1)
Prototyping
4(1)
Solderless Breadboard
5(2)
Perfboard
7(1)
Stripboard
8(1)
Installing EAGLE Light Edition
9(1)
Installation on Windows
10(1)
Installation on Mac
11(1)
Installation on Linux
12(1)
First Run
13(2)
Load an Example Project
15(1)
Install Third-Party Software
16(1)
Installing the Adafruit and Sparkfun Libraries
16(1)
Installing the Sparkfun Design Rules
17(1)
Downloading the Book Examples
18(1)
Light Edition Limitations
18(1)
Summary
19(2)
2 Quickstart
21(20)
Creating a New Project
21(3)
Drawing the Schematic
24(1)
Add the Components
24(8)
Join Them Together
32(1)
Electrical Rule Check
33(3)
Laying Out the Board
36(1)
Dragging Components onto the Board
36(2)
Resizing the Board
38(1)
Routing
38(2)
Summary
40(1)
3 Components and Libraries
41(18)
U.S. versus European Circuit Symbols
41(1)
Resistors
42(1)
Through-Hole Resistors
42(2)
SMD Resistors
44(3)
Capacitors
47(1)
Through-Hole Capacitors
47(1)
SMD Capacitors
48(2)
Transistors and Diodes
50(1)
Through-Hole Transistors
50(1)
SMD Transistors and Diodes
51(1)
Integrated Circuits
52(1)
Through-Hole ICs (DIP)
52(2)
SMD ICs
54(1)
Connectors
54(2)
Other Components
56(1)
Buying Components
56(1)
Paper PCB
57(1)
Summary
57(2)
4 Editing Schematics
59(34)
The Anatomy of the Schematic Editor
59(2)
The Command Toolbar
61(1)
Common Commands
62(2)
Other Commands
64(6)
Nets
70(1)
Buses
71(1)
Worked Example
72(2)
Starting the Schematic
74(1)
Adding the Components
74(3)
Adding the Supplies
77(1)
Adding the Nets
78(7)
Assigning Net Classes
85(3)
Running the ERC
88(3)
Summary
91(2)
5 Laying Out a Printed Circuit Board
93(44)
Experimenting
93(1)
Layers
93(1)
The Command Toolbar
94(2)
Common Commands
96(3)
Other Commands
99(4)
The Grid
103(1)
Sound Meter Layout (Through-Hole)
103(1)
Create a Board from the Schematic
104(1)
Decide on Board Size
104(1)
Position and Rotate the Components
105(1)
Add Mounting Holes
106(1)
Get Some Design Rules
107(1)
Run the Autorouter
108(2)
Tweak the Result
110(3)
Run the Design Rule Checker
113(4)
Text on the Silk Screen
117(3)
Add Text to the Bottom
120(1)
Sound Meter Layout (Surface-Mount)
121(1)
Create a New Schematic and Board
122(1)
Swap Parts on the Schematic
123(5)
Resize and Tidy the Board
128(1)
Manual Layout
128(6)
Summary
134(3)
6 Printed Circuit Board Fabrication
137(12)
Gerber Files
137(1)
Loading a CAM Job
138(1)
Running a CAM Job
138(2)
Measure Twice, Cut Once
140(1)
Submitting a Job to a PCB Service
141(1)
Follow the Instructions
142(1)
Photoetching
143(2)
Milling PCBs
145(1)
Toner Transfer
146(1)
Summary
147(2)
7 Soldering
149(30)
Tools
149(1)
General Tools
149(5)
Tools for Surface-Mount Devices
154(5)
Soldering Through-Hole PCBs
159(1)
Through-Hole Soldering Step by Step
159(5)
SMD Hand Soldering
164(1)
Soldering Two- and Three-Legged Components
165(2)
Soldering IC Packages
167(2)
SMT with Hot-Air Gun
169(1)
Soldering Two-and Three-Legged Components
169(2)
Soldering IC Packages
171(1)
Packages with Hidden Connections
171(1)
Using a Reflow Oven
171(1)
Get Everything Together
171(1)
Applying Solder Paste
172(1)
Populating the Board
172(1)
Baking the Boards
172(5)
Summary
177(2)
8 Example: An Arduino Shield
179(16)
Introducing Arduino
179(1)
Shield Design
179(1)
Arduino R3 Shield Template
180(1)
A Four-Digit LED Example
181(1)
Schematic
181(6)
PCB Layout
187(5)
Fabrication
192(2)
Summary
194(1)
9 A Raspberry Pi Expansion Board
195(12)
Design Considerations
195(2)
The Schematic
197(1)
The Board
197(1)
Laying Out the Power Supply
197(7)
Laying Out the Power and Motor Tracks
204(1)
Summary
205(2)
10 Commands, Scripts, and User-Language Programs
207(12)
Commands
207(1)
Scripts
208(1)
Built-in Scripts
209(1)
Writing a Script
210(3)
User Language Programs
213(1)
Running ULPs
213(2)
The ULP Language
215(3)
Summary
218(1)
11 Creating Libraries and Parts
219(18)
Creating a Library
219(1)
Copying a Device from Another Library
220(2)
The Part Editor
222(1)
Devices, Symbols, and Packages
222(1)
Editing a Part
223(2)
Creating a New Part
225(2)
Making a Package
227(2)
Making a Symbol
229(3)
Making a Device
232(3)
Summary
235(2)
Appendix A Resources
237(2)
Official Documentation
237(1)
Forums
237(1)
Tutorials
238(1)
Sources of Library Parts
238(1)
Appendix B EAGLE Layers
239(4)
Layers Used in the Layout Editor
239(2)
Layers Used in the Schematic Editor
241(2)
Appendix C User-Language Program Reference
243(4)
Data Types
243(1)
Strings
244(1)
Arrays
245(1)
Logical and Bitwise Operators
245(1)
Control Structures
245(1)
Special Constants
245(1)
Dialog Functions
246(1)
Other Built-in Functions
246(1)
Index 247
Dr. Simon Monk has a degree in Cybernetics and Computer Science and a PhD in Software Engineering. He spent several years as an academic before he returned to industry, co-founding the mobile software company Momote Ltd. Dr. Monk has been an active electronics hobbyist since his early teens and is a full-time writer on hobby electronics and open source hardware. He is the author of numerous electronics books, including Programming the Raspberry Pi: Getting Started with Python; 30 Arduino Projects for the Evil Genius; and Arduino + Android Projects for the Evil Genius, as well as co-author of Practical Electronics for Inventors, Third Edition.