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Bibliographic Details
Main Author:	Fox, Jennifer (Author)
Format:	Electronic eBook
Language:	English
Published:	Berkeley, CA Apress L. P. 2023
Edition:	1st ed
Subjects:	Electronic circuits
Links:	https://ebookcentral.proquest.com/lib/hwr/detail.action?docID=30547233
Item Description:	Description based on publisher supplied metadata and other sources
Physical Description:	1 Online-Ressource (502 Seiten)
ISBN:	9781484292181

Staff View

MARC


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245	1	0	\|a Beginning Breadboarding \|b Physical Computing and the Basic Building Blocks of Computers
250			\|a 1st ed
264		1	\|a Berkeley, CA \|b Apress L. P. \|c 2023
264		4	\|c ©2023
300			\|a 1 Online-Ressource (502 Seiten)
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500			\|a Description based on publisher supplied metadata and other sources
505	8		\|a Intro -- Table of Contents -- About the Author -- About the Technical Reviewer -- Acknowledgments -- Chapter 1: Introduction, Supplies, and Circuit Diagrams -- Safety Rules -- Safety Rule 1: Short Circuits -- Safety Rule 2: Right-Hand Rule -- Safety Rule 3: What's More Dangerous - Electrical Current or Voltage? -- Safety Rule 4: Use the Right Tools and Components and Use Them Properly -- Tools and Materials -- Reading Circuit Diagrams -- What Other Information Is in This Diagram? -- How to Read This Book -- Grab These Materials -- Summary -- Chapter 2: Paper Circuits -- What Is Electricity? -- Grab These Materials -- Atoms: The Building Blocks of Nature -- Project 2-1: Static Electricity! -- Current, Voltage, and AC vs. DC -- Project 2-2: Playing with Voltage -- Let's Make Our First Circuit! -- Grab These Materials -- Project 2-3: Let There Be Light! -- Project 2-4: Making It Bigger! -- Schematic Symbols for an LED and a Battery -- Project 2-5 (Optional): Paper Circuits! -- Grab These Materials -- Build Procedure -- Add All the Lights! (a.k.a. Series and Parallel Circuits) -- Grab These Materials -- Project 2-6: Connecting Two LEDs to One Battery -- Project 2-7: Our First Parallel Circuit -- Project 2-8: More Parallel Circuits! -- Project 2-9: Our First Series Circuit -- Summary of Parallel and Series Circuits -- Electromagnetic Spectrum -- Going Further -- Project Ideas! -- Project 1: Light-Up Greeting Cards -- Project 2: Tiny Light-Up Furniture for Dolls, Action Figures, or Just Because Miniature Things Are Adorable! -- Project 3: Add Some Light-Up Flair to Your Halloween or Other Holiday Costumes! -- Project 4: More Lights on Your Bike!! Or Model Train -- Project 5: Tiny Lightsaber! -- Summary -- Chapter 3: Breadboards and Outputs -- Breadboard Anatomy -- Grab These Materials -- Breadboarding: Lights On! -- Grab These Materials
505	8		\|a Project 3-1: Light It Up on a Breadboard! -- Procedure -- Project 3-2: All the Lights!! -- Procedure -- Making Sounds! -- Grab These Materials -- Project 3-3: Circuit Sounds! -- Procedure -- Schematic Symbol for a Speaker -- How Does Electricity Make Sounds?? -- An Introduction to the Common Speaker -- An Introduction to How Piezo Elements Work -- Making Movement! -- Grab These Materials -- Project 3-4: Motor Motion! -- Procedure -- Schematic Symbols for a Motor -- How Is Electricity Making the Motor Spin?? -- In-Depth Overview of Motors for Those with Insatiable Curiosity -- Lights and Sounds and Motion, Oh My! But... Why? -- Going Further -- Summary -- Chapter 4: Controlling Electricity (Passive Components) -- Resistance: Limiting Electricity -- Grab These Materials -- Project 4-1: Modifying Lights with Resistors! -- Resistor Schematic Symbol -- How Do Resistors Work? -- Project 4-2 (Optional): Draw a Resistor! -- Grab These Materials -- A Mini Introduction to Ohm's Law! -- Potentiometers: Adjustable Resistors! -- Grab These Materials -- Project 4-3: Dim the Light! -- Potentiometers: How Do They Work? -- Project 4-4: Dim More Lights!! -- Potentiometer Schematic Symbol -- Capacitors: Flood Gate Components! -- Grab These Materials -- Project 4-5: Light Flash! -- How Is a Capacitor like a Flood Gate? -- Schematic Symbol for a Capacitor -- Special Safety Note on Capacitors -- Going Further -- Summary -- Chapter 5: Interacting with Electricity via Buttons and Switches! (Electromechanical Components) -- Pushbuttons: Hang onto Your Switch! -- Grab These Materials -- Project 5-1: Light at Our Fingertips -- Written Instructions (First Half) -- Written Instructions (Second Half) -- Pushbuttons: A Lifetime of Bouncing Back -- Pushbutton Schematic Symbol -- (Slide) Switches: Set It and Forget It -- Grab These Materials -- Project 5-2: Breadboard Flashlight
505	8		\|a Written Procedure -- Slide Switches: Stay in That State! -- Poles and Throws -- Other Types of Permanent Switches -- Permanent Switch Schematic Symbol -- Project 5-3: Find and Record All the Switches! -- Project 5-4: Lights and Motors! -- Grab These Materials -- Written Procedure (Full Instructions) -- Going Further -- Summary -- Chapter 6: Encoding Information into Electricity! (Logic Gates Part 1) -- Why Records Sound Better Than CDs -- Logically Delicious! (Building Basic Logic Gates) -- Grab These Materials -- Project 6-1: Combining Two Pushbuttons! -- Solutions to Experiment -- Project 6-2: Gotta Push'Em All! (Pushbuttons in Series) -- Written Instructions -- AND Logic Gate Schematic Symbol -- Project 6-3: Push Any Button (Pushbuttons in Parallel) -- Written Instructions -- OR Logic Gate Schematic Symbol -- How to Count with Just Two Fingers (a.k.a. Binary Numbers) -- Project 6-4: Flip It and Reverse It! (NOT Gate) -- Grab These Materials -- Written Procedure -- NOT Logic Gate Schematic Symbol -- Project 6-5: Making Decisions with Logic Gates! -- Grab These Materials -- Bonus Points: Logic Gate As Input -- Going Further: More Logic Gates and Project Ideas! -- Quick Intro to Other Logic Gates: NAND and NOR! -- Build All the Projects! -- Summary -- Chapter 7: Sensors! -- Using Our Senses to Detect Sensors -- Project 7-1: The Wonderful World of Sensors -- A Brief Inventory of Sensors -- Analog vs. Digital -- What Kinds of Things Can We Sense with Electricity? -- Electronic Eyes: Photoresistors! -- Grab These Materials -- Project 7-2: Light-Sensitive Light -- Written Instructions -- But Wait, Electronic Eyes?! How Does That Work?? -- Photoresistor Schematic Symbol -- Electronic Touch: Force-Sensing Resistors -- Grab These Materials -- Project 7-3: Touch-Sensitive Light -- Written Instructions -- FSR: Converting Touch into Electricity
505	8		\|a FSR Schematic Symbol -- Electronic Proprioception: Tilt Sensors! -- Grab These Materials -- Project 7-4: Gravity-Sensing Light -- Written Instructions -- The Beautifully Simple Tilt Sensor -- Tilt Sensor Schematic Symbol -- Electronic Motion Sensing: IR Sensors! -- Grab These Materials -- Project 7-5: Sensing "invisible" light -- Written Instructions -- Sensing Invisible Light -- IR Break-Beam Schematic Symbol -- Going Further: All the Sensors and Fun Project Ideas! -- Sensor Stuff! -- Build All the Projects! -- Summary -- Chapter 8: Transistors: The Building Blocks of Computers! -- Transistors As an Electronic Switch -- Grab These Materials -- Project 8-1: Make an Electronic Switch -- Written Instructions -- Written Instructions -- Project 8-2: How Much Voltage on the Gate Pin? -- (FET) Transistor Schematic Symbol -- Unraveling the Mystery of Transistors! -- Semiconductors: The Secret Sauce -- Transistor Taxonomy -- Too Many Letters!! -- Transistors As Amplifiers -- Grab These Materials -- Project 8-3: Make an Amplifier! -- Circuit Overview -- Written Starting Instructions -- Full Written Instructions -- P-cause We Can: P-Channel FETs (Optional) -- Grab These Materials -- Project 8-4 (Optional): P-Channel Switch -- Written Instructions -- Written Instructions -- Going Further: Transistor Time! -- Summary -- Chapter 9: Logic Gates Round 2! -- The Truth About Physical Computing -- Grab These Materials -- Projects 9-1 and 9-2: ANDs and ORs Galore -- Written Instructions (Part 1) -- Written Instructions (Part 2) -- Written Instructions (Part 3) -- AND Gate -- Written Instructions -- Refresher: AND Logic Gate Schematic Symbol and Truth Table -- OR Gate -- Written Instructions -- Refresher: OR Logic Gate Schematic Symbol and Truth Table -- Project 9-3: NOT Gate with Transistors! -- Written Instructions (Beginning)
505	8		\|a Written Instructions (Remaining Circuit) -- WHAT. How in the Electric Universe Does This NOT Gate Work?! -- Refresher: NOT Logic Gate Schematic Symbol and Truth Table -- Concept Break: Electric Ground! -- Flashback to Voltage! -- Ground As a Connection to Earth? -- Schematic Symbol for Ground -- Logic Gates: The More, the Merrier! -- Grab These Materials -- Project 9-4: NOT Another Logic Gate! (Yes!) -- NAND Gate -- Refresher: NAND Logic Gate Schematic Symbol and Truth Table -- NOR Gate -- Refresher: NOR Logic Gate Schematic Symbol and Truth Table -- Going Further! -- Summary -- Chapter 10: A Simple Computer! -- Cascading Logic Gates: A (Controlled) Electrical Waterfall! -- Grab These Materials -- Project 10-1: NOT It! -- Written Instructions -- Project 10-2: Our One and Only XOR Gate -- Uhhh, How Does This Give Us an XOR Gate? -- XOR Schematic Symbol -- NOT-ing the XOR -- How to Build a (Simple) Computer -- Boolean Algebra and Binary Addition -- Translating Decimal Numbers into Binary (and Back Again) -- One More Thing: Adding Binary Numbers! -- How Does This Translate to Computers?? -- Bringing Bits Along for the Ride: Binary Adders! -- Single-Bit Adder -- 2-Bit Adder -- Adding It All Together: Single-Digit Binary Adder! -- Grab These Materials -- Written Instructions -- Where Do We Go from Here? -- I Hear You and I See (IC) You: An Easier and Faster Way to Build "Smart" Circuits -- Going Further: Logic Gate Circuits and Beyond! -- Further Exploration with Logic Gates! -- Beyond Logic Gates! -- Summary -- Appendix 1: Applied Project 1: Using a Multimeter! -- What Is a Multimeter? -- Grab These Materials -- Overview -- Measuring Voltage -- Project A1-1: Measure Battery Voltage! -- Measuring Current -- Measuring Resistance -- Project A1-2: Measure the Resistance of Your Skin! -- Measuring Continuity! -- Project A1-3: Does It Conduct? -- Summary
505	8		\|a Appendix 2: Applied Project 2: Ohm's Law!
650		4	\|a Electronic circuits
776	0	8	\|i Erscheint auch als \|n Druck-Ausgabe \|a Fox, Jennifer \|t Beginning Breadboarding \|d Berkeley, CA : Apress L. P.,c2023 \|z 9781484292174
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943	1		\|a oai:aleph.bib-bvb.de:BVB01-035215649
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Record in the Search Index

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author	Fox, Jennifer
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contents	Intro -- Table of Contents -- About the Author -- About the Technical Reviewer -- Acknowledgments -- Chapter 1: Introduction, Supplies, and Circuit Diagrams -- Safety Rules -- Safety Rule 1: Short Circuits -- Safety Rule 2: Right-Hand Rule -- Safety Rule 3: What's More Dangerous - Electrical Current or Voltage? -- Safety Rule 4: Use the Right Tools and Components and Use Them Properly -- Tools and Materials -- Reading Circuit Diagrams -- What Other Information Is in This Diagram? -- How to Read This Book -- Grab These Materials -- Summary -- Chapter 2: Paper Circuits -- What Is Electricity? -- Grab These Materials -- Atoms: The Building Blocks of Nature -- Project 2-1: Static Electricity! -- Current, Voltage, and AC vs. DC -- Project 2-2: Playing with Voltage -- Let's Make Our First Circuit! -- Grab These Materials -- Project 2-3: Let There Be Light! -- Project 2-4: Making It Bigger! -- Schematic Symbols for an LED and a Battery -- Project 2-5 (Optional): Paper Circuits! -- Grab These Materials -- Build Procedure -- Add All the Lights! (a.k.a. Series and Parallel Circuits) -- Grab These Materials -- Project 2-6: Connecting Two LEDs to One Battery -- Project 2-7: Our First Parallel Circuit -- Project 2-8: More Parallel Circuits! -- Project 2-9: Our First Series Circuit -- Summary of Parallel and Series Circuits -- Electromagnetic Spectrum -- Going Further -- Project Ideas! -- Project 1: Light-Up Greeting Cards -- Project 2: Tiny Light-Up Furniture for Dolls, Action Figures, or Just Because Miniature Things Are Adorable! -- Project 3: Add Some Light-Up Flair to Your Halloween or Other Holiday Costumes! -- Project 4: More Lights on Your Bike!! Or Model Train -- Project 5: Tiny Lightsaber! -- Summary -- Chapter 3: Breadboards and Outputs -- Breadboard Anatomy -- Grab These Materials -- Breadboarding: Lights On! -- Grab These Materials Project 3-1: Light It Up on a Breadboard! -- Procedure -- Project 3-2: All the Lights!! -- Procedure -- Making Sounds! -- Grab These Materials -- Project 3-3: Circuit Sounds! -- Procedure -- Schematic Symbol for a Speaker -- How Does Electricity Make Sounds?? -- An Introduction to the Common Speaker -- An Introduction to How Piezo Elements Work -- Making Movement! -- Grab These Materials -- Project 3-4: Motor Motion! -- Procedure -- Schematic Symbols for a Motor -- How Is Electricity Making the Motor Spin?? -- In-Depth Overview of Motors for Those with Insatiable Curiosity -- Lights and Sounds and Motion, Oh My! But... Why? -- Going Further -- Summary -- Chapter 4: Controlling Electricity (Passive Components) -- Resistance: Limiting Electricity -- Grab These Materials -- Project 4-1: Modifying Lights with Resistors! -- Resistor Schematic Symbol -- How Do Resistors Work? -- Project 4-2 (Optional): Draw a Resistor! -- Grab These Materials -- A Mini Introduction to Ohm's Law! -- Potentiometers: Adjustable Resistors! -- Grab These Materials -- Project 4-3: Dim the Light! -- Potentiometers: How Do They Work? -- Project 4-4: Dim More Lights!! -- Potentiometer Schematic Symbol -- Capacitors: Flood Gate Components! -- Grab These Materials -- Project 4-5: Light Flash! -- How Is a Capacitor like a Flood Gate? -- Schematic Symbol for a Capacitor -- Special Safety Note on Capacitors -- Going Further -- Summary -- Chapter 5: Interacting with Electricity via Buttons and Switches! (Electromechanical Components) -- Pushbuttons: Hang onto Your Switch! -- Grab These Materials -- Project 5-1: Light at Our Fingertips -- Written Instructions (First Half) -- Written Instructions (Second Half) -- Pushbuttons: A Lifetime of Bouncing Back -- Pushbutton Schematic Symbol -- (Slide) Switches: Set It and Forget It -- Grab These Materials -- Project 5-2: Breadboard Flashlight Written Procedure -- Slide Switches: Stay in That State! -- Poles and Throws -- Other Types of Permanent Switches -- Permanent Switch Schematic Symbol -- Project 5-3: Find and Record All the Switches! -- Project 5-4: Lights and Motors! -- Grab These Materials -- Written Procedure (Full Instructions) -- Going Further -- Summary -- Chapter 6: Encoding Information into Electricity! (Logic Gates Part 1) -- Why Records Sound Better Than CDs -- Logically Delicious! (Building Basic Logic Gates) -- Grab These Materials -- Project 6-1: Combining Two Pushbuttons! -- Solutions to Experiment -- Project 6-2: Gotta Push'Em All! (Pushbuttons in Series) -- Written Instructions -- AND Logic Gate Schematic Symbol -- Project 6-3: Push Any Button (Pushbuttons in Parallel) -- Written Instructions -- OR Logic Gate Schematic Symbol -- How to Count with Just Two Fingers (a.k.a. Binary Numbers) -- Project 6-4: Flip It and Reverse It! (NOT Gate) -- Grab These Materials -- Written Procedure -- NOT Logic Gate Schematic Symbol -- Project 6-5: Making Decisions with Logic Gates! -- Grab These Materials -- Bonus Points: Logic Gate As Input -- Going Further: More Logic Gates and Project Ideas! -- Quick Intro to Other Logic Gates: NAND and NOR! -- Build All the Projects! -- Summary -- Chapter 7: Sensors! -- Using Our Senses to Detect Sensors -- Project 7-1: The Wonderful World of Sensors -- A Brief Inventory of Sensors -- Analog vs. Digital -- What Kinds of Things Can We Sense with Electricity? -- Electronic Eyes: Photoresistors! -- Grab These Materials -- Project 7-2: Light-Sensitive Light -- Written Instructions -- But Wait, Electronic Eyes?! How Does That Work?? -- Photoresistor Schematic Symbol -- Electronic Touch: Force-Sensing Resistors -- Grab These Materials -- Project 7-3: Touch-Sensitive Light -- Written Instructions -- FSR: Converting Touch into Electricity FSR Schematic Symbol -- Electronic Proprioception: Tilt Sensors! -- Grab These Materials -- Project 7-4: Gravity-Sensing Light -- Written Instructions -- The Beautifully Simple Tilt Sensor -- Tilt Sensor Schematic Symbol -- Electronic Motion Sensing: IR Sensors! -- Grab These Materials -- Project 7-5: Sensing "invisible" light -- Written Instructions -- Sensing Invisible Light -- IR Break-Beam Schematic Symbol -- Going Further: All the Sensors and Fun Project Ideas! -- Sensor Stuff! -- Build All the Projects! -- Summary -- Chapter 8: Transistors: The Building Blocks of Computers! -- Transistors As an Electronic Switch -- Grab These Materials -- Project 8-1: Make an Electronic Switch -- Written Instructions -- Written Instructions -- Project 8-2: How Much Voltage on the Gate Pin? -- (FET) Transistor Schematic Symbol -- Unraveling the Mystery of Transistors! -- Semiconductors: The Secret Sauce -- Transistor Taxonomy -- Too Many Letters!! -- Transistors As Amplifiers -- Grab These Materials -- Project 8-3: Make an Amplifier! -- Circuit Overview -- Written Starting Instructions -- Full Written Instructions -- P-cause We Can: P-Channel FETs (Optional) -- Grab These Materials -- Project 8-4 (Optional): P-Channel Switch -- Written Instructions -- Written Instructions -- Going Further: Transistor Time! -- Summary -- Chapter 9: Logic Gates Round 2! -- The Truth About Physical Computing -- Grab These Materials -- Projects 9-1 and 9-2: ANDs and ORs Galore -- Written Instructions (Part 1) -- Written Instructions (Part 2) -- Written Instructions (Part 3) -- AND Gate -- Written Instructions -- Refresher: AND Logic Gate Schematic Symbol and Truth Table -- OR Gate -- Written Instructions -- Refresher: OR Logic Gate Schematic Symbol and Truth Table -- Project 9-3: NOT Gate with Transistors! -- Written Instructions (Beginning) Written Instructions (Remaining Circuit) -- WHAT. How in the Electric Universe Does This NOT Gate Work?! -- Refresher: NOT Logic Gate Schematic Symbol and Truth Table -- Concept Break: Electric Ground! -- Flashback to Voltage! -- Ground As a Connection to Earth? -- Schematic Symbol for Ground -- Logic Gates: The More, the Merrier! -- Grab These Materials -- Project 9-4: NOT Another Logic Gate! (Yes!) -- NAND Gate -- Refresher: NAND Logic Gate Schematic Symbol and Truth Table -- NOR Gate -- Refresher: NOR Logic Gate Schematic Symbol and Truth Table -- Going Further! -- Summary -- Chapter 10: A Simple Computer! -- Cascading Logic Gates: A (Controlled) Electrical Waterfall! -- Grab These Materials -- Project 10-1: NOT It! -- Written Instructions -- Project 10-2: Our One and Only XOR Gate -- Uhhh, How Does This Give Us an XOR Gate? -- XOR Schematic Symbol -- NOT-ing the XOR -- How to Build a (Simple) Computer -- Boolean Algebra and Binary Addition -- Translating Decimal Numbers into Binary (and Back Again) -- One More Thing: Adding Binary Numbers! -- How Does This Translate to Computers?? -- Bringing Bits Along for the Ride: Binary Adders! -- Single-Bit Adder -- 2-Bit Adder -- Adding It All Together: Single-Digit Binary Adder! -- Grab These Materials -- Written Instructions -- Where Do We Go from Here? -- I Hear You and I See (IC) You: An Easier and Faster Way to Build "Smart" Circuits -- Going Further: Logic Gate Circuits and Beyond! -- Further Exploration with Logic Gates! -- Beyond Logic Gates! -- Summary -- Appendix 1: Applied Project 1: Using a Multimeter! -- What Is a Multimeter? -- Grab These Materials -- Overview -- Measuring Voltage -- Project A1-1: Measure Battery Voltage! -- Measuring Current -- Measuring Resistance -- Project A1-2: Measure the Resistance of Your Skin! -- Measuring Continuity! -- Project A1-3: Does It Conduct? -- Summary Appendix 2: Applied Project 2: Ohm's Law!
ctrlnum	(ZDB-30-PQE)EBC30547233 (ZDB-30-PAD)EBC30547233 (ZDB-89-EBL)EBL30547233 (OCoLC)1382703973 (DE-599)BVBBV049876199
dewey-full	621.3815
dewey-hundreds	600 - Technology (Applied sciences)
dewey-ones	621 - Applied physics
dewey-raw	621.3815
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discipline	Elektrotechnik / Elektronik / Nachrichtentechnik
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format	Electronic eBook
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(a.k.a. Series and Parallel Circuits) -- Grab These Materials -- Project 2-6: Connecting Two LEDs to One Battery -- Project 2-7: Our First Parallel Circuit -- Project 2-8: More Parallel Circuits! -- Project 2-9: Our First Series Circuit -- Summary of Parallel and Series Circuits -- Electromagnetic Spectrum -- Going Further -- Project Ideas! -- Project 1: Light-Up Greeting Cards -- Project 2: Tiny Light-Up Furniture for Dolls, Action Figures, or Just Because Miniature Things Are Adorable! -- Project 3: Add Some Light-Up Flair to Your Halloween or Other Holiday Costumes! -- Project 4: More Lights on Your Bike!! 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Why? -- Going Further -- Summary -- Chapter 4: Controlling Electricity (Passive Components) -- Resistance: Limiting Electricity -- Grab These Materials -- Project 4-1: Modifying Lights with Resistors! -- Resistor Schematic Symbol -- How Do Resistors Work? -- Project 4-2 (Optional): Draw a Resistor! -- Grab These Materials -- A Mini Introduction to Ohm's Law! -- Potentiometers: Adjustable Resistors! -- Grab These Materials -- Project 4-3: Dim the Light! -- Potentiometers: How Do They Work? -- Project 4-4: Dim More Lights!! -- Potentiometer Schematic Symbol -- Capacitors: Flood Gate Components! -- Grab These Materials -- Project 4-5: Light Flash! -- How Is a Capacitor like a Flood Gate? -- Schematic Symbol for a Capacitor -- Special Safety Note on Capacitors -- Going Further -- Summary -- Chapter 5: Interacting with Electricity via Buttons and Switches! (Electromechanical Components) -- Pushbuttons: Hang onto Your Switch! -- Grab These Materials -- Project 5-1: Light at Our Fingertips -- Written Instructions (First Half) -- Written Instructions (Second Half) -- Pushbuttons: A Lifetime of Bouncing Back -- Pushbutton Schematic Symbol -- (Slide) Switches: Set It and Forget It -- Grab These Materials -- Project 5-2: Breadboard Flashlight</subfield></datafield><datafield tag="505" ind1="8" ind2=" "><subfield code="a">Written Procedure -- Slide Switches: Stay in That State! -- Poles and Throws -- Other Types of Permanent Switches -- Permanent Switch Schematic Symbol -- Project 5-3: Find and Record All the Switches! -- Project 5-4: Lights and Motors! -- Grab These Materials -- Written Procedure (Full Instructions) -- Going Further -- Summary -- Chapter 6: Encoding Information into Electricity! (Logic Gates Part 1) -- Why Records Sound Better Than CDs -- Logically Delicious! (Building Basic Logic Gates) -- Grab These Materials -- Project 6-1: Combining Two Pushbuttons! -- Solutions to Experiment -- Project 6-2: Gotta Push'Em All! (Pushbuttons in Series) -- Written Instructions -- AND Logic Gate Schematic Symbol -- Project 6-3: Push Any Button (Pushbuttons in Parallel) -- Written Instructions -- OR Logic Gate Schematic Symbol -- How to Count with Just Two Fingers (a.k.a. Binary Numbers) -- Project 6-4: Flip It and Reverse It! (NOT Gate) -- Grab These Materials -- Written Procedure -- NOT Logic Gate Schematic Symbol -- Project 6-5: Making Decisions with Logic Gates! -- Grab These Materials -- Bonus Points: Logic Gate As Input -- Going Further: More Logic Gates and Project Ideas! -- Quick Intro to Other Logic Gates: NAND and NOR! -- Build All the Projects! -- Summary -- Chapter 7: Sensors! -- Using Our Senses to Detect Sensors -- Project 7-1: The Wonderful World of Sensors -- A Brief Inventory of Sensors -- Analog vs. Digital -- What Kinds of Things Can We Sense with Electricity? -- Electronic Eyes: Photoresistors! -- Grab These Materials -- Project 7-2: Light-Sensitive Light -- Written Instructions -- But Wait, Electronic Eyes?! How Does That Work?? -- Photoresistor Schematic Symbol -- Electronic Touch: Force-Sensing Resistors -- Grab These Materials -- Project 7-3: Touch-Sensitive Light -- Written Instructions -- FSR: Converting Touch into Electricity</subfield></datafield><datafield tag="505" ind1="8" ind2=" "><subfield code="a">FSR Schematic Symbol -- Electronic Proprioception: Tilt Sensors! -- Grab These Materials -- Project 7-4: Gravity-Sensing Light -- Written Instructions -- The Beautifully Simple Tilt Sensor -- Tilt Sensor Schematic Symbol -- Electronic Motion Sensing: IR Sensors! -- Grab These Materials -- Project 7-5: Sensing "invisible" light -- Written Instructions -- Sensing Invisible Light -- IR Break-Beam Schematic Symbol -- Going Further: All the Sensors and Fun Project Ideas! -- Sensor Stuff! -- Build All the Projects! -- Summary -- Chapter 8: Transistors: The Building Blocks of Computers! -- Transistors As an Electronic Switch -- Grab These Materials -- Project 8-1: Make an Electronic Switch -- Written Instructions -- Written Instructions -- Project 8-2: How Much Voltage on the Gate Pin? -- (FET) Transistor Schematic Symbol -- Unraveling the Mystery of Transistors! -- Semiconductors: The Secret Sauce -- Transistor Taxonomy -- Too Many Letters!! -- Transistors As Amplifiers -- Grab These Materials -- Project 8-3: Make an Amplifier! -- Circuit Overview -- Written Starting Instructions -- Full Written Instructions -- P-cause We Can: P-Channel FETs (Optional) -- Grab These Materials -- Project 8-4 (Optional): P-Channel Switch -- Written Instructions -- Written Instructions -- Going Further: Transistor Time! -- Summary -- Chapter 9: Logic Gates Round 2! -- The Truth About Physical Computing -- Grab These Materials -- Projects 9-1 and 9-2: ANDs and ORs Galore -- Written Instructions (Part 1) -- Written Instructions (Part 2) -- Written Instructions (Part 3) -- AND Gate -- Written Instructions -- Refresher: AND Logic Gate Schematic Symbol and Truth Table -- OR Gate -- Written Instructions -- Refresher: OR Logic Gate Schematic Symbol and Truth Table -- Project 9-3: NOT Gate with Transistors! -- Written Instructions (Beginning)</subfield></datafield><datafield tag="505" ind1="8" ind2=" "><subfield code="a">Written Instructions (Remaining Circuit) -- WHAT. How in the Electric Universe Does This NOT Gate Work?! -- Refresher: NOT Logic Gate Schematic Symbol and Truth Table -- Concept Break: Electric Ground! -- Flashback to Voltage! -- Ground As a Connection to Earth? -- Schematic Symbol for Ground -- Logic Gates: The More, the Merrier! -- Grab These Materials -- Project 9-4: NOT Another Logic Gate! (Yes!) -- NAND Gate -- Refresher: NAND Logic Gate Schematic Symbol and Truth Table -- NOR Gate -- Refresher: NOR Logic Gate Schematic Symbol and Truth Table -- Going Further! -- Summary -- Chapter 10: A Simple Computer! -- Cascading Logic Gates: A (Controlled) Electrical Waterfall! -- Grab These Materials -- Project 10-1: NOT It! -- Written Instructions -- Project 10-2: Our One and Only XOR Gate -- Uhhh, How Does This Give Us an XOR Gate? -- XOR Schematic Symbol -- NOT-ing the XOR -- How to Build a (Simple) Computer -- Boolean Algebra and Binary Addition -- Translating Decimal Numbers into Binary (and Back Again) -- One More Thing: Adding Binary Numbers! -- How Does This Translate to Computers?? -- Bringing Bits Along for the Ride: Binary Adders! -- Single-Bit Adder -- 2-Bit Adder -- Adding It All Together: Single-Digit Binary Adder! -- Grab These Materials -- Written Instructions -- Where Do We Go from Here? -- I Hear You and I See (IC) You: An Easier and Faster Way to Build "Smart" Circuits -- Going Further: Logic Gate Circuits and Beyond! -- Further Exploration with Logic Gates! -- Beyond Logic Gates! -- Summary -- Appendix 1: Applied Project 1: Using a Multimeter! -- What Is a Multimeter? -- Grab These Materials -- Overview -- Measuring Voltage -- Project A1-1: Measure Battery Voltage! -- Measuring Current -- Measuring Resistance -- Project A1-2: Measure the Resistance of Your Skin! -- Measuring Continuity! -- Project A1-3: Does It Conduct? -- Summary</subfield></datafield><datafield tag="505" ind1="8" ind2=" "><subfield code="a">Appendix 2: Applied Project 2: Ohm's Law!</subfield></datafield><datafield tag="650" ind1=" " ind2="4"><subfield code="a">Electronic circuits</subfield></datafield><datafield tag="776" ind1="0" ind2="8"><subfield code="i">Erscheint auch als</subfield><subfield code="n">Druck-Ausgabe</subfield><subfield code="a">Fox, Jennifer</subfield><subfield code="t">Beginning Breadboarding</subfield><subfield code="d">Berkeley, CA : Apress L. 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indexdate	2025-01-11T14:09:30Z
institution	BVB
isbn	9781484292181
language	English
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physical	1 Online-Ressource (502 Seiten)
psigel	ZDB-30-PQE ZDB-30-PQE HWR_PDA_PQE
publishDate	2023
publishDateSearch	2023
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publisher	Apress L. P.
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spelling	Fox, Jennifer Verfasser aut Beginning Breadboarding Physical Computing and the Basic Building Blocks of Computers 1st ed Berkeley, CA Apress L. P. 2023 ©2023 1 Online-Ressource (502 Seiten) txt rdacontent c rdamedia cr rdacarrier Description based on publisher supplied metadata and other sources Intro -- Table of Contents -- About the Author -- About the Technical Reviewer -- Acknowledgments -- Chapter 1: Introduction, Supplies, and Circuit Diagrams -- Safety Rules -- Safety Rule 1: Short Circuits -- Safety Rule 2: Right-Hand Rule -- Safety Rule 3: What's More Dangerous - Electrical Current or Voltage? -- Safety Rule 4: Use the Right Tools and Components and Use Them Properly -- Tools and Materials -- Reading Circuit Diagrams -- What Other Information Is in This Diagram? -- How to Read This Book -- Grab These Materials -- Summary -- Chapter 2: Paper Circuits -- What Is Electricity? -- Grab These Materials -- Atoms: The Building Blocks of Nature -- Project 2-1: Static Electricity! -- Current, Voltage, and AC vs. DC -- Project 2-2: Playing with Voltage -- Let's Make Our First Circuit! -- Grab These Materials -- Project 2-3: Let There Be Light! -- Project 2-4: Making It Bigger! -- Schematic Symbols for an LED and a Battery -- Project 2-5 (Optional): Paper Circuits! -- Grab These Materials -- Build Procedure -- Add All the Lights! (a.k.a. Series and Parallel Circuits) -- Grab These Materials -- Project 2-6: Connecting Two LEDs to One Battery -- Project 2-7: Our First Parallel Circuit -- Project 2-8: More Parallel Circuits! -- Project 2-9: Our First Series Circuit -- Summary of Parallel and Series Circuits -- Electromagnetic Spectrum -- Going Further -- Project Ideas! -- Project 1: Light-Up Greeting Cards -- Project 2: Tiny Light-Up Furniture for Dolls, Action Figures, or Just Because Miniature Things Are Adorable! -- Project 3: Add Some Light-Up Flair to Your Halloween or Other Holiday Costumes! -- Project 4: More Lights on Your Bike!! Or Model Train -- Project 5: Tiny Lightsaber! -- Summary -- Chapter 3: Breadboards and Outputs -- Breadboard Anatomy -- Grab These Materials -- Breadboarding: Lights On! -- Grab These Materials Project 3-1: Light It Up on a Breadboard! -- Procedure -- Project 3-2: All the Lights!! -- Procedure -- Making Sounds! -- Grab These Materials -- Project 3-3: Circuit Sounds! -- Procedure -- Schematic Symbol for a Speaker -- How Does Electricity Make Sounds?? -- An Introduction to the Common Speaker -- An Introduction to How Piezo Elements Work -- Making Movement! -- Grab These Materials -- Project 3-4: Motor Motion! -- Procedure -- Schematic Symbols for a Motor -- How Is Electricity Making the Motor Spin?? -- In-Depth Overview of Motors for Those with Insatiable Curiosity -- Lights and Sounds and Motion, Oh My! But... Why? -- Going Further -- Summary -- Chapter 4: Controlling Electricity (Passive Components) -- Resistance: Limiting Electricity -- Grab These Materials -- Project 4-1: Modifying Lights with Resistors! -- Resistor Schematic Symbol -- How Do Resistors Work? -- Project 4-2 (Optional): Draw a Resistor! -- Grab These Materials -- A Mini Introduction to Ohm's Law! -- Potentiometers: Adjustable Resistors! -- Grab These Materials -- Project 4-3: Dim the Light! -- Potentiometers: How Do They Work? -- Project 4-4: Dim More Lights!! -- Potentiometer Schematic Symbol -- Capacitors: Flood Gate Components! -- Grab These Materials -- Project 4-5: Light Flash! -- How Is a Capacitor like a Flood Gate? -- Schematic Symbol for a Capacitor -- Special Safety Note on Capacitors -- Going Further -- Summary -- Chapter 5: Interacting with Electricity via Buttons and Switches! (Electromechanical Components) -- Pushbuttons: Hang onto Your Switch! -- Grab These Materials -- Project 5-1: Light at Our Fingertips -- Written Instructions (First Half) -- Written Instructions (Second Half) -- Pushbuttons: A Lifetime of Bouncing Back -- Pushbutton Schematic Symbol -- (Slide) Switches: Set It and Forget It -- Grab These Materials -- Project 5-2: Breadboard Flashlight Written Procedure -- Slide Switches: Stay in That State! -- Poles and Throws -- Other Types of Permanent Switches -- Permanent Switch Schematic Symbol -- Project 5-3: Find and Record All the Switches! -- Project 5-4: Lights and Motors! -- Grab These Materials -- Written Procedure (Full Instructions) -- Going Further -- Summary -- Chapter 6: Encoding Information into Electricity! (Logic Gates Part 1) -- Why Records Sound Better Than CDs -- Logically Delicious! (Building Basic Logic Gates) -- Grab These Materials -- Project 6-1: Combining Two Pushbuttons! -- Solutions to Experiment -- Project 6-2: Gotta Push'Em All! (Pushbuttons in Series) -- Written Instructions -- AND Logic Gate Schematic Symbol -- Project 6-3: Push Any Button (Pushbuttons in Parallel) -- Written Instructions -- OR Logic Gate Schematic Symbol -- How to Count with Just Two Fingers (a.k.a. Binary Numbers) -- Project 6-4: Flip It and Reverse It! (NOT Gate) -- Grab These Materials -- Written Procedure -- NOT Logic Gate Schematic Symbol -- Project 6-5: Making Decisions with Logic Gates! -- Grab These Materials -- Bonus Points: Logic Gate As Input -- Going Further: More Logic Gates and Project Ideas! -- Quick Intro to Other Logic Gates: NAND and NOR! -- Build All the Projects! -- Summary -- Chapter 7: Sensors! -- Using Our Senses to Detect Sensors -- Project 7-1: The Wonderful World of Sensors -- A Brief Inventory of Sensors -- Analog vs. Digital -- What Kinds of Things Can We Sense with Electricity? -- Electronic Eyes: Photoresistors! -- Grab These Materials -- Project 7-2: Light-Sensitive Light -- Written Instructions -- But Wait, Electronic Eyes?! How Does That Work?? -- Photoresistor Schematic Symbol -- Electronic Touch: Force-Sensing Resistors -- Grab These Materials -- Project 7-3: Touch-Sensitive Light -- Written Instructions -- FSR: Converting Touch into Electricity FSR Schematic Symbol -- Electronic Proprioception: Tilt Sensors! -- Grab These Materials -- Project 7-4: Gravity-Sensing Light -- Written Instructions -- The Beautifully Simple Tilt Sensor -- Tilt Sensor Schematic Symbol -- Electronic Motion Sensing: IR Sensors! -- Grab These Materials -- Project 7-5: Sensing "invisible" light -- Written Instructions -- Sensing Invisible Light -- IR Break-Beam Schematic Symbol -- Going Further: All the Sensors and Fun Project Ideas! -- Sensor Stuff! -- Build All the Projects! -- Summary -- Chapter 8: Transistors: The Building Blocks of Computers! -- Transistors As an Electronic Switch -- Grab These Materials -- Project 8-1: Make an Electronic Switch -- Written Instructions -- Written Instructions -- Project 8-2: How Much Voltage on the Gate Pin? -- (FET) Transistor Schematic Symbol -- Unraveling the Mystery of Transistors! -- Semiconductors: The Secret Sauce -- Transistor Taxonomy -- Too Many Letters!! -- Transistors As Amplifiers -- Grab These Materials -- Project 8-3: Make an Amplifier! -- Circuit Overview -- Written Starting Instructions -- Full Written Instructions -- P-cause We Can: P-Channel FETs (Optional) -- Grab These Materials -- Project 8-4 (Optional): P-Channel Switch -- Written Instructions -- Written Instructions -- Going Further: Transistor Time! -- Summary -- Chapter 9: Logic Gates Round 2! -- The Truth About Physical Computing -- Grab These Materials -- Projects 9-1 and 9-2: ANDs and ORs Galore -- Written Instructions (Part 1) -- Written Instructions (Part 2) -- Written Instructions (Part 3) -- AND Gate -- Written Instructions -- Refresher: AND Logic Gate Schematic Symbol and Truth Table -- OR Gate -- Written Instructions -- Refresher: OR Logic Gate Schematic Symbol and Truth Table -- Project 9-3: NOT Gate with Transistors! -- Written Instructions (Beginning) Written Instructions (Remaining Circuit) -- WHAT. How in the Electric Universe Does This NOT Gate Work?! -- Refresher: NOT Logic Gate Schematic Symbol and Truth Table -- Concept Break: Electric Ground! -- Flashback to Voltage! -- Ground As a Connection to Earth? -- Schematic Symbol for Ground -- Logic Gates: The More, the Merrier! -- Grab These Materials -- Project 9-4: NOT Another Logic Gate! (Yes!) -- NAND Gate -- Refresher: NAND Logic Gate Schematic Symbol and Truth Table -- NOR Gate -- Refresher: NOR Logic Gate Schematic Symbol and Truth Table -- Going Further! -- Summary -- Chapter 10: A Simple Computer! -- Cascading Logic Gates: A (Controlled) Electrical Waterfall! -- Grab These Materials -- Project 10-1: NOT It! -- Written Instructions -- Project 10-2: Our One and Only XOR Gate -- Uhhh, How Does This Give Us an XOR Gate? -- XOR Schematic Symbol -- NOT-ing the XOR -- How to Build a (Simple) Computer -- Boolean Algebra and Binary Addition -- Translating Decimal Numbers into Binary (and Back Again) -- One More Thing: Adding Binary Numbers! -- How Does This Translate to Computers?? -- Bringing Bits Along for the Ride: Binary Adders! -- Single-Bit Adder -- 2-Bit Adder -- Adding It All Together: Single-Digit Binary Adder! -- Grab These Materials -- Written Instructions -- Where Do We Go from Here? -- I Hear You and I See (IC) You: An Easier and Faster Way to Build "Smart" Circuits -- Going Further: Logic Gate Circuits and Beyond! -- Further Exploration with Logic Gates! -- Beyond Logic Gates! -- Summary -- Appendix 1: Applied Project 1: Using a Multimeter! -- What Is a Multimeter? -- Grab These Materials -- Overview -- Measuring Voltage -- Project A1-1: Measure Battery Voltage! -- Measuring Current -- Measuring Resistance -- Project A1-2: Measure the Resistance of Your Skin! -- Measuring Continuity! -- Project A1-3: Does It Conduct? -- Summary Appendix 2: Applied Project 2: Ohm's Law! Electronic circuits Erscheint auch als Druck-Ausgabe Fox, Jennifer Beginning Breadboarding Berkeley, CA : Apress L. P.,c2023 9781484292174
spellingShingle	Fox, Jennifer Beginning Breadboarding Physical Computing and the Basic Building Blocks of Computers Intro -- Table of Contents -- About the Author -- About the Technical Reviewer -- Acknowledgments -- Chapter 1: Introduction, Supplies, and Circuit Diagrams -- Safety Rules -- Safety Rule 1: Short Circuits -- Safety Rule 2: Right-Hand Rule -- Safety Rule 3: What's More Dangerous - Electrical Current or Voltage? -- Safety Rule 4: Use the Right Tools and Components and Use Them Properly -- Tools and Materials -- Reading Circuit Diagrams -- What Other Information Is in This Diagram? -- How to Read This Book -- Grab These Materials -- Summary -- Chapter 2: Paper Circuits -- What Is Electricity? -- Grab These Materials -- Atoms: The Building Blocks of Nature -- Project 2-1: Static Electricity! -- Current, Voltage, and AC vs. DC -- Project 2-2: Playing with Voltage -- Let's Make Our First Circuit! -- Grab These Materials -- Project 2-3: Let There Be Light! -- Project 2-4: Making It Bigger! -- Schematic Symbols for an LED and a Battery -- Project 2-5 (Optional): Paper Circuits! -- Grab These Materials -- Build Procedure -- Add All the Lights! (a.k.a. Series and Parallel Circuits) -- Grab These Materials -- Project 2-6: Connecting Two LEDs to One Battery -- Project 2-7: Our First Parallel Circuit -- Project 2-8: More Parallel Circuits! -- Project 2-9: Our First Series Circuit -- Summary of Parallel and Series Circuits -- Electromagnetic Spectrum -- Going Further -- Project Ideas! -- Project 1: Light-Up Greeting Cards -- Project 2: Tiny Light-Up Furniture for Dolls, Action Figures, or Just Because Miniature Things Are Adorable! -- Project 3: Add Some Light-Up Flair to Your Halloween or Other Holiday Costumes! -- Project 4: More Lights on Your Bike!! Or Model Train -- Project 5: Tiny Lightsaber! -- Summary -- Chapter 3: Breadboards and Outputs -- Breadboard Anatomy -- Grab These Materials -- Breadboarding: Lights On! -- Grab These Materials Project 3-1: Light It Up on a Breadboard! -- Procedure -- Project 3-2: All the Lights!! -- Procedure -- Making Sounds! -- Grab These Materials -- Project 3-3: Circuit Sounds! -- Procedure -- Schematic Symbol for a Speaker -- How Does Electricity Make Sounds?? -- An Introduction to the Common Speaker -- An Introduction to How Piezo Elements Work -- Making Movement! -- Grab These Materials -- Project 3-4: Motor Motion! -- Procedure -- Schematic Symbols for a Motor -- How Is Electricity Making the Motor Spin?? -- In-Depth Overview of Motors for Those with Insatiable Curiosity -- Lights and Sounds and Motion, Oh My! But... Why? -- Going Further -- Summary -- Chapter 4: Controlling Electricity (Passive Components) -- Resistance: Limiting Electricity -- Grab These Materials -- Project 4-1: Modifying Lights with Resistors! -- Resistor Schematic Symbol -- How Do Resistors Work? -- Project 4-2 (Optional): Draw a Resistor! -- Grab These Materials -- A Mini Introduction to Ohm's Law! -- Potentiometers: Adjustable Resistors! -- Grab These Materials -- Project 4-3: Dim the Light! -- Potentiometers: How Do They Work? -- Project 4-4: Dim More Lights!! -- Potentiometer Schematic Symbol -- Capacitors: Flood Gate Components! -- Grab These Materials -- Project 4-5: Light Flash! -- How Is a Capacitor like a Flood Gate? -- Schematic Symbol for a Capacitor -- Special Safety Note on Capacitors -- Going Further -- Summary -- Chapter 5: Interacting with Electricity via Buttons and Switches! (Electromechanical Components) -- Pushbuttons: Hang onto Your Switch! -- Grab These Materials -- Project 5-1: Light at Our Fingertips -- Written Instructions (First Half) -- Written Instructions (Second Half) -- Pushbuttons: A Lifetime of Bouncing Back -- Pushbutton Schematic Symbol -- (Slide) Switches: Set It and Forget It -- Grab These Materials -- Project 5-2: Breadboard Flashlight Written Procedure -- Slide Switches: Stay in That State! -- Poles and Throws -- Other Types of Permanent Switches -- Permanent Switch Schematic Symbol -- Project 5-3: Find and Record All the Switches! -- Project 5-4: Lights and Motors! -- Grab These Materials -- Written Procedure (Full Instructions) -- Going Further -- Summary -- Chapter 6: Encoding Information into Electricity! (Logic Gates Part 1) -- Why Records Sound Better Than CDs -- Logically Delicious! (Building Basic Logic Gates) -- Grab These Materials -- Project 6-1: Combining Two Pushbuttons! -- Solutions to Experiment -- Project 6-2: Gotta Push'Em All! (Pushbuttons in Series) -- Written Instructions -- AND Logic Gate Schematic Symbol -- Project 6-3: Push Any Button (Pushbuttons in Parallel) -- Written Instructions -- OR Logic Gate Schematic Symbol -- How to Count with Just Two Fingers (a.k.a. Binary Numbers) -- Project 6-4: Flip It and Reverse It! (NOT Gate) -- Grab These Materials -- Written Procedure -- NOT Logic Gate Schematic Symbol -- Project 6-5: Making Decisions with Logic Gates! -- Grab These Materials -- Bonus Points: Logic Gate As Input -- Going Further: More Logic Gates and Project Ideas! -- Quick Intro to Other Logic Gates: NAND and NOR! -- Build All the Projects! -- Summary -- Chapter 7: Sensors! -- Using Our Senses to Detect Sensors -- Project 7-1: The Wonderful World of Sensors -- A Brief Inventory of Sensors -- Analog vs. Digital -- What Kinds of Things Can We Sense with Electricity? -- Electronic Eyes: Photoresistors! -- Grab These Materials -- Project 7-2: Light-Sensitive Light -- Written Instructions -- But Wait, Electronic Eyes?! How Does That Work?? -- Photoresistor Schematic Symbol -- Electronic Touch: Force-Sensing Resistors -- Grab These Materials -- Project 7-3: Touch-Sensitive Light -- Written Instructions -- FSR: Converting Touch into Electricity FSR Schematic Symbol -- Electronic Proprioception: Tilt Sensors! -- Grab These Materials -- Project 7-4: Gravity-Sensing Light -- Written Instructions -- The Beautifully Simple Tilt Sensor -- Tilt Sensor Schematic Symbol -- Electronic Motion Sensing: IR Sensors! -- Grab These Materials -- Project 7-5: Sensing "invisible" light -- Written Instructions -- Sensing Invisible Light -- IR Break-Beam Schematic Symbol -- Going Further: All the Sensors and Fun Project Ideas! -- Sensor Stuff! -- Build All the Projects! -- Summary -- Chapter 8: Transistors: The Building Blocks of Computers! -- Transistors As an Electronic Switch -- Grab These Materials -- Project 8-1: Make an Electronic Switch -- Written Instructions -- Written Instructions -- Project 8-2: How Much Voltage on the Gate Pin? -- (FET) Transistor Schematic Symbol -- Unraveling the Mystery of Transistors! -- Semiconductors: The Secret Sauce -- Transistor Taxonomy -- Too Many Letters!! -- Transistors As Amplifiers -- Grab These Materials -- Project 8-3: Make an Amplifier! -- Circuit Overview -- Written Starting Instructions -- Full Written Instructions -- P-cause We Can: P-Channel FETs (Optional) -- Grab These Materials -- Project 8-4 (Optional): P-Channel Switch -- Written Instructions -- Written Instructions -- Going Further: Transistor Time! -- Summary -- Chapter 9: Logic Gates Round 2! -- The Truth About Physical Computing -- Grab These Materials -- Projects 9-1 and 9-2: ANDs and ORs Galore -- Written Instructions (Part 1) -- Written Instructions (Part 2) -- Written Instructions (Part 3) -- AND Gate -- Written Instructions -- Refresher: AND Logic Gate Schematic Symbol and Truth Table -- OR Gate -- Written Instructions -- Refresher: OR Logic Gate Schematic Symbol and Truth Table -- Project 9-3: NOT Gate with Transistors! -- Written Instructions (Beginning) Written Instructions (Remaining Circuit) -- WHAT. How in the Electric Universe Does This NOT Gate Work?! -- Refresher: NOT Logic Gate Schematic Symbol and Truth Table -- Concept Break: Electric Ground! -- Flashback to Voltage! -- Ground As a Connection to Earth? -- Schematic Symbol for Ground -- Logic Gates: The More, the Merrier! -- Grab These Materials -- Project 9-4: NOT Another Logic Gate! (Yes!) -- NAND Gate -- Refresher: NAND Logic Gate Schematic Symbol and Truth Table -- NOR Gate -- Refresher: NOR Logic Gate Schematic Symbol and Truth Table -- Going Further! -- Summary -- Chapter 10: A Simple Computer! -- Cascading Logic Gates: A (Controlled) Electrical Waterfall! -- Grab These Materials -- Project 10-1: NOT It! -- Written Instructions -- Project 10-2: Our One and Only XOR Gate -- Uhhh, How Does This Give Us an XOR Gate? -- XOR Schematic Symbol -- NOT-ing the XOR -- How to Build a (Simple) Computer -- Boolean Algebra and Binary Addition -- Translating Decimal Numbers into Binary (and Back Again) -- One More Thing: Adding Binary Numbers! -- How Does This Translate to Computers?? -- Bringing Bits Along for the Ride: Binary Adders! -- Single-Bit Adder -- 2-Bit Adder -- Adding It All Together: Single-Digit Binary Adder! -- Grab These Materials -- Written Instructions -- Where Do We Go from Here? -- I Hear You and I See (IC) You: An Easier and Faster Way to Build "Smart" Circuits -- Going Further: Logic Gate Circuits and Beyond! -- Further Exploration with Logic Gates! -- Beyond Logic Gates! -- Summary -- Appendix 1: Applied Project 1: Using a Multimeter! -- What Is a Multimeter? -- Grab These Materials -- Overview -- Measuring Voltage -- Project A1-1: Measure Battery Voltage! -- Measuring Current -- Measuring Resistance -- Project A1-2: Measure the Resistance of Your Skin! -- Measuring Continuity! -- Project A1-3: Does It Conduct? -- Summary Appendix 2: Applied Project 2: Ohm's Law! Electronic circuits
title	Beginning Breadboarding Physical Computing and the Basic Building Blocks of Computers
title_auth	Beginning Breadboarding Physical Computing and the Basic Building Blocks of Computers
title_exact_search	Beginning Breadboarding Physical Computing and the Basic Building Blocks of Computers
title_full	Beginning Breadboarding Physical Computing and the Basic Building Blocks of Computers
title_fullStr	Beginning Breadboarding Physical Computing and the Basic Building Blocks of Computers
title_full_unstemmed	Beginning Breadboarding Physical Computing and the Basic Building Blocks of Computers
title_short	Beginning Breadboarding
title_sort	beginning breadboarding physical computing and the basic building blocks of computers
title_sub	Physical Computing and the Basic Building Blocks of Computers
topic	Electronic circuits
topic_facet	Electronic circuits
work_keys_str_mv	AT foxjennifer beginningbreadboardingphysicalcomputingandthebasicbuildingblocksofcomputers

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