Make : more electronics

Make more electronics

"Want to learn even more about electronics in a fun, hands-on way? If you finished the projects in Make: Electronics, or if you're already familiar with the material in that book, you're ready for Make: More Electronics. Right away, you'll start working on real projects, and you&...

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Detalles Bibliográficos
Autor Corporativo: Maker Media, Inc (-)
Otros Autores: Platt, Charles, author (author), Jepson, Brian, editor (editor), Brown, Juliann, cover designer (cover designer), Futato, David, designer (designer), Platt, Charles, illustrator (illustrator)
Formato: Libro electrónico
Idioma:Inglés
Publicado: Sebastopol, California : Maker Media 2014.
Edición:First edition
Materias:
Electronic apparatus and appliances > Design and construction > Amateurs' manuals.
Ver en Biblioteca Universitat Ramon Llull:https://discovery.url.edu/permalink/34CSUC_URL/1im36ta/alma991009629050806719
Tabla de Contenidos:
  • Experiment 1 : Sticky resistance
  • A glue-based amplifier : What's happening ; Symbology
  • Warning : nonstandard leads
  • Background : conductors and insulators
  • Make even more
  • Experiment 2 : Getting some numbers
  • Requirements
  • Transistor behavior : Warning : meter at risk! ; Abbreviations and datasheets ; What about the voltage? ; Quick facts about voltage
  • Make even more : old-school metering
  • Quick facts about transistors
  • Answers to voltage divider examples
  • Experiment 3 : From light to sound
  • Photosensitive audio pitch
  • Experiment 4 : Measuring light
  • Using phototransistors
  • Quick facts about phototransistors : Background : photons and electrons
  • Quick facts about the 555 : Quick facts about CMOS versus bipolar
  • Experiment 5 : The whooping sound
  • Make even more
  • Experiment 6 : Easy on, easy off
  • Making comparisons : Quick facts about comparators
  • Feedback
  • Hysteresis
  • The symbol : Quick facts about plus and minus
  • The output : More quick facts about comparators
  • Inside the chip
  • The circuit redrawn : Warning : inverted comparators
  • Comparisons with a microcontroller
  • Make even more : a laser-based security system
  • Experiment 7 : It's chronophotonic!
  • Warning : avoid dangerous voltage
  • The circuit basics : Step two ; Circuit testing ; Relay details
  • The coupling capacitor
  • Cracking a clock : Warning : no AC-powered clocks! ; Looking inside ; Clock voltage ; How it beeps
  • Using the beeps : Hooking up the clock
  • How it ought to work
  • Testing : Connecting relay to lamp ; Warning : AC precautions
  • Make even more
  • What's next?
  • Experiment 8 : Adventures in audio
  • Amping up : Introducing the electret
  • Can you hear me?
  • Background : microphone miscellany : Ups and downs of sound
  • Experiment 9 : From millivolts to volts
  • Putting a cap on it
  • Introducing the op-amp : What's the difference? ; A perfect pair ; Measuring the output
  • Experiment 10 : From sound to light
  • An LED-transistor combination
  • Experiment 11 : The need for negativity
  • Messing with measurement
  • DC amplification : The ins and outs of amplification ; Electronic Ritalin ; Gain
  • Background : negative origins : Pushing the limits
  • No pain, no gain! : Phase 1 : output voltages ; Phase 2 : input voltages ; Phase 3 : graphing it ; Phase 4 : the gain ; Is it right?
  • Splitting the difference
  • The basics : Basic with no split
  • Quick facts about op-amps
  • Experiment 12 : A functional amplifier
  • Introducing the 386 chip : The amplification circuit ; Troubleshooting the amplifier
  • Experiment 13 : No loud speaking!
  • Background : the Widlar story
  • Step by step : Sensing ; Will it really work? ; Background : voltage translation ; Noise protests, continued ; Power problems ; Fail? ; Just one more little thing
  • Experiment 14 : A successful protest
  • Timing is everything : Revision summary ; The noise test ; Make even more
  • Can you do it with a microcontroller?
  • What's next
  • Experiment 15 : It's all so logical!
  • Experiment 15 : telepathy test : Background : ESP ; The setup ; Quick facts about logic chips ; ESP logic ; Building it ; Making it better
  • Experiment 16 : Enhanced ESP
  • Are you ready? : Cheating revealed ; Failure indicated
  • Conflicts : The untangling ; Translating the chart
  • Optimizing : Building it ; Details ; The digital difference ; Making it even better ; Not so simple? ; Could we use a microcontroller?
  • Experiment 17 : Let's rock!
  • Background : probability : Background : game theory
  • The logic : Who's on?
  • Who's cheating? : Background : gate arrays
  • Experiment 18 : Time to switch
  • Background : an XNOR made from light switches : Back to the rock ; Showing which button ; Cheat proofing ; Fit to be tied ; Wiring it ; Cheat-proofed wiring ; Conclusion
  • Experiment 19 : Decoding telepathy
  • Decoder testing : Remembering binary ; Boarding it ; Decoder pinouts
  • Experiment 20 : Decoding rock, paper, scissors
  • The logic : The specification ; An unobtainable or ; Saved by NOR ; Boarding the simplified scheme ; Make even more ; Undecoding
  • Experiment 21 : The hot slot
  • Muxing it : Jumping and roaming ; Quick facts about muxes ; Mux pinouts ; Mux applications ; Analog versus digital mux ; Quick facts about mux variants
  • Game design : Slot counting ; Circuit design
  • Slot design : Hot slot testing
  • Who wins? : The payoff ; Understanding the odds ; Background : alternative game arrays
  • And a microcontroller?
  • Experiment 22 : Logically audible
  • Background : neither here nor Theremin
  • Logical audio : Audible XOR ; All mixed up
  • Experiment 23 : A puzzling project
  • Background : the British king of puzzles
  • Moving counters : The logical grid ; Using logic ; Switching Ovid ; Making even more ; Answer to the puzzle
  • Experiment 24 : Adding it up
  • The five rules of binary : From bits to states ; Background : the NAND alternative
  • Your own little adder : Breadboard addition
  • Experiment 25 : Enhancing your adder
  • Return of the decoder
  • DIPping in : Introducing an encoder ; Other encoder features ; Background : the power of binary ; Background : encode your own
  • Make even more : other input options : Can we switch it?
  • Make even more : switched binary adder : Making a table ; Switch specification
  • Make even more : other possibilities
  • Experiment 26 : Running rings
  • Ring demo : Warning : timer incompatibilities ; Annoying pin sequence ; Quick facts about headers ; Quick facts about ring counters
  • Making a game of it : Additional features ; Playability
  • Make even more
  • And a microcontroller?
  • Experiment 27 : Shifting bits
  • No bouncing! : Specifics
  • A bit-shifting demo : Quick facts about shift registers ; Pinouts
  • Background : bit streams : Modern applications
  • Experiment 28 : The Ching thing
  • Hexagrams : The display ; The straight and yarrow path ; The numbers ; Random sampling ; The look and feel ; The details ; Bars or LEDs ; Boarding the Ching thing ; Assembly and testing ; Ching usage
  • Packaging
  • Experiment 29 : Common sensors
  • The little magnetic switch : Reed test ; How it works
  • Level sensor : Fuel gauge ; Quick facts about reed switches ; Easy substitution ; Installing a reed switch
  • Background : magnetic polarity : Magnetic types and sources ; Magnetic shapes ; Make even more : eddy currents
  • Warning : magnetic hazards
  • Experiment 30 : Hidden detectors
  • Hall test : Applications
  • Quick facts about hall sensors : Hall types ; Sensor ideas
  • Make even more : miniature roll-the-ball game : Plastic bending ; Rolling-ball electronics
  • Experiment 31 : Electronic optics
  • Active light sensors : Warning : slow sensor death!
  • The numbers : Infrared sensor test ; Infrared LED test ; Phototransistor test ; Logic test ; Options ; Quick facts about transmissive optical sensors
  • Better slots : Proof of concept ; The schematic ; The breadboard
  • The slot box
  • Experiment 32 : Enhancing Ovid
  • The logic option : Switching it around ; Magnetic issues
  • Make even more : microcontrolling it
  • Experiment 33 : Reading rotation
  • Defining a rotational encoder : Specification ; The pulse train ; Warning : mediocre encoders
  • Inside the encoder : Encoder usage
  • It can be random : Rotational decider ; Rotational equivocator
  • Seriously random
  • Experiment 34 : Ambient sensing
  • One timer controlling another : Temperature control ; Random factors ; Automating the randomizing circuit ; Background : lower counting ; Speed adjustment
  • Quick facts about thermistors : Making a thermistor more random
  • Humidity sensor : Humidity control
  • Accelerometer
  • Touch sensor
  • Empirical issues
  • How random is random?
  • Experiment 35 : The LFSR
  • Getting to know your LFSR : Quick facts about a LFSR ; Bit-shifting in closeup ; The problem with zeroes ; The need to be nonrepeating ; Warning : XNOR idiosyncracies ; Running the test ; Ones and zeroes ; The problem of weighting ; Skipping 254 ; Sharing the clock input ; Any other options?
  • Seeding
  • Make even more : other games and other numbers
  • Make even more : microcontroller randomicity
  • Experiment 36 : The one-person paranormal paradigm
  • The last logic diagrams : Looking at part 2 ; Input logic ; The ready signal ; Random seeding ; Two more XORs ; Timing is everything
  • Making every guess count : Schematic part 2 ; Testing the tester
  • How unlikely is ESP? : Powers of the triangle ; John Walker's probabilities
  • Is that all?
  • Appendix A. Bibliography
  • Appendix B. Shopping for parts.

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