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E-raamat: Fritzing for Inventors: Take Your Electronics Project from Prototype to Product

  • Formaat: 272 pages
  • Ilmumisaeg: 31-Aug-2015
  • Kirjastus: McGraw-Hill Professional
  • Keel: eng
  • ISBN-13: 9780071844642
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  • Formaat: 272 pages
  • Ilmumisaeg: 31-Aug-2015
  • Kirjastus: McGraw-Hill Professional
  • Keel: eng
  • ISBN-13: 9780071844642
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Publisher's Note: Products purchased from Third Party sellers are not guaranteed by the publisher for quality, authenticity, or access to any online entitlements included with the product. In this TAB book, bestselling electronics author Simon Monk shows maker-entrepreneurs how to use Fritzings open-source software and services to create electronics prototypes, design and manufacture printed circuit boards (PCBs), and bring professional-quality electronic products to market.Fritzing for Inventors: Take Your Electronics Project from Prototype to Product explains how to use this set of free, open-source electronics prototyping tools to lay out breadboards, create schematics, and design professional-quality printed circuit boards (PCBs). No engineering skills needed! Whether youre a hobbyist, artist, inventor, or student, youll be able to develop a product from schematic to prototype to professional-quality printed circuit board, all from one easy-to-use software package. Fritzing works well with prototyping boards such as Arduino, Raspberry Pi, and BeagleBone.

This DIY guide covers the whole lifecycle of product development for a hobbyist entrepreneur. It takes you from initial concept, to prototyping, to PCB production, to distribution. Along the way, it examines the sourcing of components, product testing, and even how to price products for wholesale and retail.





Simon Monk is a bestselling TAB electronics author and popular presenter at MakerFaires Well-illustrated tutorial with screen captures, easy-to-follow instructions, and step-by-step projects Describes an up-to-date contemporary approach to PCB design, including surface-mount designs Explains how to become a maker entrepreneur by using crowdfunding and indie marketplaces for technical products
Acknowledgments xv
1 Introduction to Fritzing 1(10)
Fritzing
1(3)
History
4(1)
Installing Fritzing
5(1)
Examples
6(1)
Documents and Designs
6(1)
Going All the Way
6(1)
Using Views
7(1)
The Programming Window
7(1)
Autorouting
8(1)
Summary
9(2)
2 Quick Start 11(24)
Starting a New Project
11(1)
Drawing the Schematic
12(8)
Finding a 555 Timer Part
12(2)
Adding the Resistors
14(2)
Adding the Capacitors
16(1)
Adding the LEDs
16(1)
Connecting Things
17(3)
Breadboard Layout
20(9)
Change the Breadboard
22(1)
Placing the Parts
22(3)
Batteries Not Included
25(4)
Build the Breadboard
29(1)
Designing the PCB
29(3)
Position the Parts
29(1)
Run the Autorouter
30(1)
Run the Design Rule Checker
31(1)
PCB Manufacturing
32(2)
Sign Up for an Account with Fritzing
32(1)
Upload the File and Pay
33(1)
Summary
34(1)
3 Electronic Invention 35(8)
The Idea
35(2)
Breadboard Prototype
37(2)
PCB Prototype
39(2)
Design Decisions
39(1)
A First PCB Prototype
40(1)
Product Design
41(1)
Enclosures
41(1)
PCB Manufacture
41(1)
Summary
42(1)
4 Breadboarding 43(20)
How the Breadboard Works
43(3)
Components for Breadboarding
46(14)
Resistors
46(2)
LEDs
48(7)
Switches
55(1)
Diodes
56(1)
Transistors
56(3)
Capacitors
59(1)
Fritzing Tricks
60(1)
Labels
60(1)
Parts Bin
61(1)
Summary
61(2)
5 Schematic Design 63(30)
Reading Schematic Diagrams
63(4)
Component Symbols
63(2)
Schematic Versus Breadboard
65(1)
Conventions
65(2)
Tidying a Schematic in Fritzing
67(3)
Creating a Schematic in Fritzing
70(15)
Design Calculations
70(4)
Drawing the Schematic
74(11)
Advanced Schematic Drawing
85(6)
Net Labels
85(4)
Frames
89(2)
Datasheets
91(1)
Summary
92(1)
6 PCB Layout 93(34)
Printed Circuit Boards
93(1)
Cycle Light Example
94(15)
Advanced PCB Layout
109(12)
Moving Traces Between Layers
109(1)
Changing Trace Widths
110(1)
Placing Components on the Bottom Layer
111(2)
Vias
113(1)
Icons Revisited
114(4)
Fills Revisited
118(1)
Board Shapes
118(3)
SMD PCBs
121(6)
SMD Components
121(1)
Semiconductors
122(1)
Making a Surface-Mount Version
123(3)
Summary
126(1)
7 Fabrication 127(38)
Checking the Design
127(5)
Paper PCB
128(1)
PDF Files
129(2)
Gerber Viewers
131(1)
PCB Fabrication
132(5)
Choosing a Service
132(1)
Fabrication with Fritzing.org
133(1)
Fabrication with Other Services
133(4)
Parts and BOMB
137(1)
Soldering
138(25)
Prototyping Services
138(1)
Tools
138(9)
Through-Hole Soldering
147(5)
SMD Hand Soldering
152(4)
SMD with Hot Air Gun
156(2)
Using a Reflow Oven
158(2)
Populating the Board
160(1)
Baking the Boards
160(3)
Summary
163(2)
8 Fritzing Arduino (and Other Boards) 165(16)
Breadboarding with Microcontroller Boards
165(3)
Arduino
165(3)
Raspberry Pi and BeagleBone Black
168(1)
Protoshield Design
168(2)
Off-Board Arduino
170(4)
Removing the ATmega IC
170(2)
Arduino Bootloader
172(1)
Shrimping.it
173(1)
Making an Arduino Shield
174(5)
Breadboard Layout
174(1)
Add the Other Channels
175(2)
Layout of the PCB
177(2)
Summary
179(2)
9 Custom Parts 181(16)
Generic IC Parts
181(2)
Finding Parts on the Internet
183(1)
Modifying Parts
184(4)
Creating a New Part
188(8)
Breadboard View
188(2)
PCB View
190(5)
Icon
195(1)
Metadata
196(1)
Get Someone Else to Do It
196(1)
Summary
196(1)
10 Example Projects 197(8)
Henhouse Door
197(4)
Stripboard
197(1)
The Stripboard Layout
198(1)
Using Stripboard on the Breadboard View
198(2)
Perfboard
200(1)
Example: Breakout Board
201(2)
Schematic Design
201(1)
PCB Design
202(1)
Examples on Fritzing.org
203(1)
Summary
204(1)
11 Testing 205(8)
Reliability
205(4)
Guidelines
206(1)
Capacitors
206(1)
Transistors
207(2)
Design for Testability
209(1)
Functional Testing
209(1)
Electrical Testing
210(1)
Automated Testing
210(1)
Summary
211(2)
12 Funding and Distributing 213(4)
Secrecy Versus Openness
213(1)
Open-Source Hardware
214(1)
Kickstarter
214(1)
Seeed Studio and Sparkfun
215(1)
Summary
216(1)
Appendix: Resources 217(2)
Bare PCB Manufacturers
217(1)
Prototyping Services
217(1)
3D Design and Printing Services
218(1)
Component Suppliers
218(1)
Common Resistor and Capacitor Values
218(1)
Index 219
Dr. Simon Monk has a degree in Cybernetics and Computer Science and a PhD in Software Engineering. Hes the bestselling author of several electronics books, including Programming Arduino, 30 Arduino Projects for the Evil Genius, Programming the Raspberry Pi, and Hacking Electronics. Dr. Monk also runs the website MonkMakes.com, which features his own products and projects.