Digital Electronics Demystified

Digital Electronics Demystified  Myke Predko Reseña The field of teaching digital electronics has not changed significantly in the past 20 years. Many of the same books that first became available in the late 1970s and early 1980s are still being used as basic texts. In the 20+ years since these were written, the basic rules have not changed, but they do not provide strong links to modern electronics including CMOS logic, Programmable Logic Devices and microprocessor/microcontroller interfacing.

Courses teaching introductory digital electronics will fill in the missing areas of information for students, but neither the instructors nor students have resources to explain modern technology and interfaces. One assumption made by all the standard texts is that experimenting with digital electronics cannot be done easily - in the proposed book, “digital guru” Myke Predko will show how readers can set up their own apparatus for experimenting with digital electronics for less than $10. El campo de la enseñanza de la electrónica digital no ha cambiado significativamente en los últimos 20 años. Muchos de los mismos libros que empezaron a estar disponibles a finales de 1970 y principios de 1980 se siguen utilizando como textos básicos. En los 20 años desde que fueron escritas, las reglas básicas no han cambiado, pero no proporcionan fuertes vínculos con la electrónica moderna, incluyendo la lógica CMOS, dispositivos lógicos programables y microprocesador / microcontrolador de interconexión. Cursos introductorios de enseñanza electrónica digital llenará en las áreas faltantes de información para los estudiantes, pero ni los profesores ni los estudiantes tienen recursos para explicar la tecnología moderna y las interfaces. Una suposición hecha por todos los textos estándar es que experimentar con la electrónica digital no se puede hacer fácilmente - en el libro propuesto, "gurú digital" Myke Predko mostrará cómo los lectores pueden crear su propio aparato para experimentar con la electrónica digital por menos de $ 10.

INDICE

PART ONE Introduction to Digital Electronics. The Underpinnings of. Digital Electronics. Effectively Optimizing Combinatorial. Creating Digital Electronic. Number Systems. Binary Arithmetic Using Digital. Practical Combinatorial Circuit. Feedback and Sequential Circuits. PART TWO Digital Electronics Applications. Oscillators. Complex Sequential Circuits. Circuit Interfaces. Reading Datasheets. Computer Processors and Support. PC Interfacing Basics.

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INDICE GENERAL

PART ONE Introduction to Digital Electronics. The Underpinnings of. Digital Electronics. Boolean Arithmetic, Truth Tables and Gates. The Six Elementary Logic Operations. Combinatorial Logic Circuits: Combining. Logic Gates. Sum of Products and Product of Sums. Waveform Diagrams. Effectively Optimizing Combinatorial. Circuits. Truth Table Function Reduction. Karnaugh Maps. Boolean Arithmetic Laws. Optimizing for Technology. Creating Digital Electronic. Circuits. Basic Electronic Laws. Capacitors. Semiconductor Operation. Logic Gate Input and Output. Simple Digital Logic Circuit Development. Testing a Simple TTL Inverter. Number Systems. Base 16 or Hexadecimal Numbers. Binary Coded Decimal. Gray Codes. Binary Arithmetic Using Digital. Electronics. Adders. Subtraction and Negative Numbers. Magnitude Comparators and Bus. Nomenclature. Multiplication and Division. Practical Combinatorial Circuit. Implementation. Race Conditions and Timing Analysis. Quick and Dirty Logic Gates. Dotted AND and Tri-State Logic Drivers. Combining Functions on a Net. Feedback and Sequential Circuits. Flip Flops (RS and JK). Edge Triggered Flip Flops. Latches Versus Registers. Reset. PART TWO Digital Electronics Applications. Oscillators. Transistor Astable Oscillators. Ring Oscillators. Relaxation Oscillators. Crystals and Ceramic Resonators. 555 Timer Chip. Delay Circuits. Complex Sequential Circuits. Counters. Shift Registers. Linear Feedback Shift Registers. Hardware State Machines. Circuit Interfaces. Address and Data Decoders. Multi-Segment LEDs. Pulse Width Modulation. Button ‘‘Debouncing’’. Switch Matrix Keypad Interfacing. Reading Datasheets. Chip Operating Characteristics. IEEE Logic Symbols. Power Usage and Fanouts. Computer Processors and Support. IEEE754 Floating Point Numbers. Memory Types. Power Supplies. Programmable Logic Devices. PC Interfacing Basics. The Parallel (Printer) Port. Video Output. Synchronous Serial Interfaces. (SPI, I2C, Microwire). Asynchronous Serial Interfaces. RS-232 Electrical Standards.

Fascinating I.C Projects

	Fascinating I.C Projects P.K. Aggarwal Editorial BPB
	Reseña
	The use of ICs in electronic circuits is increasing at a very fast rate and every day more and more. The ICs being developed and used in entertainment, industrial and medical equipments. Electronic hobbyist in India is not very much familiar with ICs and largely uses discreet components for various circuits. Perhaps he is not 'at home' with ICs. This small book would meet the needs of such creative minds who would like to be initiated in the fascinating world of ICs. All the linear and digital ICs used in these projects are now commonly available in India and therefore it will help the enthusiasts to expand their interest and activity. The projects have been described in sufficient details and brief description of every IC has also been given at proper places.
El uso de circuitos integrados en los circuitos electrónicos está aumentando a un ritmo muy rápido y cada día más y más. El CI está desarrollado y utilizado en el entretenimiento, equipos médicos e industriales. Electrónico aficionado en la India no está muy familiarizado con circuitos integrados y en gran parte utiliza componentes discretos de varios circuitos. Tal vez no es "en casa" con circuitos integrados. Este pequeño libro que satisfacer las necesidades de esas mentes creativas que deseen iniciarse en el fascinante mundo de los circuitos integrados. Todos los circuitos integrados lineales y digitales utilizados en estos proyectos están comúnmente disponibles en la India y por lo tanto, ayudará a los aficionados para ampliar su interés y actividad. Los proyectos han sido descritos con suficiente detalle y una breve descripción de cada IC también se ha dado en los lugares apropiados.
INDICE
What is an Integrated Circuit. Low cost Milli-voltmeter. I. C. Regulated Power Supply. Electronic Staircase Switch. Electronic Multiplier. Touch Switch. Sensitive Doll. Accurate LED Flicker. Electronic Game. Cheap Electronic Stop Watch. Electrician's Companion. Electronic Puzzle. Electronic Quiz. Magic Switch. Temperature Controlled Oscillator.  Revolving Display.                          Consulta el Libro (12 MB) por TurboBit y MediaFire:

Experiments with CMOS Integrated Circuits

	Experiments with CMOS Integrated Circuits  M.C. Sharma Editorial BPB
	Reseña
	The first really important semiconductor device was the junction bipolar transistor Subsequently, the technique was extended to fabrication of many transistors on one semiconductor chip This resulted in the development of integrated circuits. On the digital side, the Transistor Transistor Logic (TTL) gained very wide popularity; but the TTL had the basic shortcomings of a transistor, like significant power consumption even when no information is being processed, and limited gain per stage. Though transistors of both polarities, pnp and npn, were developed it was very difficult to fabricate them simultaneously on a single chip, and take advantage of their complementary characteristics. With the development of Metal Oxide Semiconductor Field Effect Transistors (MOSFETs), many of the above mentioned difficulties were overcome, and digital integrated circuits using these devices, and consuming very little power, are now available commercially as CD4000 series Being small in size, a large number of MOSFETs can be packed on a single chip The owner consumption has been reduced to such a low level that dry cells can operate the equipment for a very long time The end result has been the development of Large Scale Integrated (LSI) circuits: putting in the market items like electronic calculators and wrist watches, in fantastically small sizes and at very low price.
El primer dispositivo semiconductor realmente importante fue el transistor de unión bipolar Posteriormente, la técnica se extendió a la fabricación de transistores en un chip semiconductor Esto resultó en el desarrollo de circuitos integrados. En el lado digital, la Lógica Transistor Transistor (TTL) ganó popularidad muy amplia, pero el TTL tenía las deficiencias básicas de un transistor, al igual que el consumo de energía significativa incluso cuando no hay información se está procesando, y la ganancia limitada por etapa. A pesar de los transistores de ambas polaridades, PNP y NPN, se desarrollaron fue muy difícil para fabricar de forma simultánea en un solo chip, y tomar ventaja de sus características complementarias. Con el desarrollo de transistores de semiconductor de metal óxido de efecto de campo (MOSFET), muchas de las dificultades antes mencionadas fueron vencidos, y circuitos integrados digitales que utilizan estos dispositivos, y la energía que consume muy poco, ya están disponibles comercialmente como CD4000 serie Siendo pequeños en tamaño, una gran número de los MOSFET se pueden empaquetar en un solo chip, el consumo propio se ha reducido a un nivel tan bajo que las celdas secas se puede utilizar el equipo durante un tiempo muy largo el resultado final ha sido el desarrollo de los integrados a gran escala (LSI) de circuitos: poner en los artículos del mercado, como las calculadoras electrónicas y relojes de pulsera, en tamaños increíblemente pequeños y a muy bajo precio.
INDICE
Introduction Logic Circuits Flip-Flops Shift Registers Counters And Decoders Multivibrators Practical Applications Power Supply For Cmos Circuits Output Amplifiers And Drivers 50 Hz Clocks Generator Contact Debouncers Alternate Action Switch Wide Range Oscillator Voltage Controlled Oscillator Trigger Pulse Generator Auto Turn-Off Alarm High Power Pulsed Alarm Touch Sensitive Blinker Alternate Flasher FET Input Op-Amp Water Level Pump Touch Sensitive Flip-Flop Flip-Flop Monostable Flip-Flop As Oscillator Simple Timer Long Duration Timer Coin Toss Digital Roulette Sequential Switching Electronic Game Number Of Pulses Generator Divide-By-60 Counter Event Counter Digital Stop Watch Digital Frequency Meter Binary Number Comparator 10 Logic Level Detector                          Consulta el Libro (41 MB) por TurboBit y MediaFire:

Digital Integrated Circuits

	Digital Integrated Circuits M C SHARMA Editorial BPB
	Reseña
	Digital techniques are now used virtually in every area of electronics The greatest use is in computers; but apart from computers, digital methods are now employed in communications, telemetry, industrial controls and consumer equipment like radio, TV, watch, clocks etc As an electronics engineer, technician or a hobbyist, you can benefit by knowing digital techniques.
Las técnicas digitales se utilizan ahora prácticamente en todas las áreas de la electrónica El mayor uso es en las computadoras, pero aparte de los ordenadores, los métodos digitales están ahora empleados en las comunicaciones, telemetría, controles industriales y equipos de consumo como la radio, televisión, reloj, relojes, etc Como la electrónica ingeniero, técnico o un aficionado, usted puede beneficiarse al conocer las técnicas digitales.
INDICE
The Binary System Binary Coded Decimal (BCD) Data Representation Logic Levels And Logic Circuits Logic Circuits The Inverter AND Gate NAND Gate OR Gate NOR Gate Wire AND Gate Schmitt Trigger NAND Gate Exclusive OR And Exclusive-NOR Gates Flip-Flops The RS Flip-Flop D Flip-Flop And JK Flip-Flop Sequential Circuits Ripple Counters Down Counter Up-Down Counter Special Counters BCD Counters Shift Registers Left-Right Shifting Ring Counters And Johnson Counters Combinational Circuits BCD To Decimal Decoders Seven Segment Decoders Multiplexers And De-Multiplexers Clocks And One Shots Clock Oscillators One Shot Multivibrator And Re-Triggerable One Shots Applications Simple Alarm Coin-Toss RF Phase Shifter Three Phase Square Wave Generator Sequential Switching Electronic Dice Time Base Totalizer Frequency Counter Time Interval Meter Digital Clock And Number Of Pulses Generator Appendix                        Consulta el Libro (18 MB) por TurboBit y MediaFire:

 

Build Your Own Disco Projects

	Build Your Own Disco Projects M C SHARMA Editorial BPB
	Reseña
	The word psychedelic, used by the author in Chapter 1 pertains to a state of relaxation and pleasure with heightened perception. Such relaxation and pleasure can be experienced by observing various patterns of coloured lights In the good old days, mechanical devices using rotating discs or drums used to be employed to produce various patterns of light effects Such psychedelic light effects are known as DISCO. In modern projects, Disco affects are provided by digital electronics The present book written by Mr M C Sharma is all about these projects You will find them both fascinating and instructive.
La psicodélica palabra, utilizada por el autor en el capítulo 1 se refiere a un estado de relajación y placer con mayor percepción. Tal flexibilidad y placer puede ser experimentado por la observación de diversos patrones de luces de colores en los buenos tiempos, los dispositivos mecánicos que utilizan discos giratorios o de los tambores utilizados para ser empleados para producir diversos patrones de efectos de luz Tales efectos psicodélicos de luz que se conoce como DISCO. En los proyectos modernos, Disco afecta son proporcionados por la electrónica digital El presente libro escrito por el Sr. MC Sharma es todo acerca de estos proyectos en los que va a encontrar a la vez fascinante e instructivo.
INDICE
Clocks Power Supplies Lamp Drivers Radio Interference Precautions FLASHERS Lamp Flashers Strobe Lights ANIMATED SIGNS 7495 Shift Register CD 4035 Shift Register Spellers Running Handwriting Displays Moving Curtains RUNNING LIGHTS Sequential Switching Interrupted Movement Variable Movement Up/Down Counters Decoders Roulettes Snake Chasers LIGHT MODULATORS Intensity Modulators Inverse Modulators Colour Organ Bar Graph Generators                        Consulta el Libro (5 MB) por TurboBit y MediaFire:

51 Projects Using CD4011

	51 Projects Using CD4011 M.C.Sharma Editorial BPB
	Reseña
	As far as we are aware, there is no book in the market which provides a large number of practical projects using only one type of CMOS IC. The author has selected CD4011 for his projects. CMOS is a versatile device and the IC CD4011 can be put to many applications. It is the basic building block chip consisting of four NAND gates and is more versatile than the CMOS IC 74. As you can see from the contents, the IC can be used as linear amplifiers, multivibrators, schmitt triggers, pulse generators, and crystal oscillators. Besides, fascinating projects such as light flashers, blinkers, metronones burglar alarms and a host of other projects can be built out of this single IC employing only a few external components. We hope that our readers will enjoy building these projects and find them useful as well.
Por lo que sabemos, no hay ningún libro en el mercado que ofrece un gran número de proyectos prácticos con un solo tipo de CMOS IC. El autor ha seleccionado CD4011 para sus proyectos. CMOS es un dispositivo versátil y el CD4011 IC se puede poner a muchas aplicaciones. Es el chip de bloque de construcción básico que consta de cuatro puertas NAND y es más versátil que el CMOS IC 74. Como se puede ver en los contenidos, la IC se puede utilizar como amplificadores lineales, multivibradores, disparadores Schmitt, generadores de pulso, y osciladores de cristal. Además, los proyectos fascinantes como luces intermitentes, luz, alarmas antirrobo metronones y una serie de otros proyectos puede construirse a partir de este IC único que emplea sólo unos pocos componentes externos. Esperamos que nuestros lectores podrán disfrutar de la construcción de estos proyectos y sean de utilidad también.
INDICE
Astable Multivibrator Pulse Generator Wide-Range Oscillator Xtal Oscillator Schmitt Trigger Oscillator Flip-flop Oscillator Cod Practice Oscillator S LED Blinker LED Winker Sleeping Demon Christmas Tree Flasher High Power Flasher Aural Metronome Visual Metronome 15- Metrotone Tone Modulator Tone Demodulator Battery-on Reminder Siren Water Level Alarm Burglar Alarm Automatic shut-off Alarm Sound Generator Overvoltage Indicator Undervoltage Indicator Mains Failure Indicator Contact Debouncer Alternate Action Switch 2-Input OR/NOR Gate 3-Input AND/NAND Gate Exclusive-OR Gate Pulse Sharpener Pulse Stretcher Cock Edge Shaper Frequency Doubler Touch Sensitive Switch Proximity Switch Shift Register Miniature Traffic Lights Light Operated Relay Light Operated Latching Relay Automatic Parking Light Switch Electronic Timer Pulsed Output Timer Enlarger Timer Long Duration Tuner Continuity Tester Logic Level Indicator High Impedance Voltmeter Heads or Tails Electronic Game                         Consulta el Libro (8 MB) por TurboBit y MediaFire:

Electronic Circuits for the Evil Genius:64 Lessons with Projects

	Electronic Circuits for the Evil Genius:64 Lessons with Projects Dave Cutcher
	Reseña
	From circuit faint heart to circuit lion heart in 57 easy and fun lessons. Featuring everything an electronics hobbyist could want to learn about circuits and circuit design, Dave Cutcher's Electronic Circuits for the Evil Genius makes it fun to achieve genuine mastery, one simple lesson at a time. What's more, when you're done, you'll have 5 complete projects to show for your efforts!
Desde el corazón débil del circuito a un circuito de corazón de león en 57 lecciones fáciles y divertidas. Con todo lo que un aficionado de electrónica que pueda desear para aprender acerca de los circuitos y diseño de circuitos, circuitos electrónicos de Dave Cutcher correspondientes al Genio Malvado hace que sea divertido para alcanzar el dominio real, una lección sencilla a la vez. Es más, cuando haya terminado, usted tendrá 5 proyectos completos para mostrar por sus esfuerzos!
INDICE
Components Introduction to Digital Electronics Counting Systems in Electronics Amplifiers Appendices                        Consulta el Libro 1º Ed. 57 Lessons (11 MB) por TurboBit y MediaFire: Consulta el Libro 2º Ed. 64 Lessons (14 MB) por TurboBit y MediaFire: INDICE GENERAL
Components. Components. Resist If You Must. More Components and Semiconductors. Two Projects and Then Some More Introduction to Digital Electronics. Digital Logic. The First NAND Gate Circuit. Analog Switches for Digital Circuits. The NAND Gate Oscillator. How Do We Understand What We Can’t See?. Digital Logic Project Counting Systems in Electronics. Introducing an Analog-to-Digital Converter. The 4017 Walking Ring Counter. Running a Seven-Segment Display. Define, Design, and Make Your Own Project Amplifiers: What They Are and How to Use Them. What Is an Amplifier?. Exploring the Op Amp. Applying the Op Amp: Building the Intercom. Prototype and Design: Patience Has Its Rewards Appendices. Common Component Packaging. Capacitors: Reading . Decoding. Animations List. Glossary. Make Your Own Printed Circuit Boards

123 Robotics Experiments for the Evil Genius

	123 Robotics Experiments for the Evil Genius Myke Predko
	Reseña
	123 steps needed to bring out the genius in every basement hobbyist!  If you enjoy tinkering in your workshop and have a fascination for robotics, you? ll have hours of fun working through the 123 experiments found in this innovative project book. More than just an enjoyable way to spend time, these exciting experiments also provide a solid grounding in robotics, electronics, and programming. Each experiment builds on the skills acquired in those before it so you develop a hands- on, nuts-and-bolts understanding of robotics? from the ground up.
123 pasos necesarios para llevar a cabo la genialidad en todos los aficionados del sótano! Si te gusta el bricolaje en tu taller y tienen una fascinación por la robótica, que? Tendrás horas de diversión de trabajo a través de los 123 experimentos que se encuentran en este libro innovador proyecto. Más que una forma agradable de pasar el tiempo, estos experimentos interesantes también proporcionan una base sólida en la robótica, la electrónica y programación. Cada experimento se basa en los conocimientos adquiridos en los anteriores a él por lo que desarrollar un práctico, la comprensión de tuercas y tornillos de la robótica? desde el principio.
INDICE
Myke's Rules of Robotics Introduction To Robots Robot Structures Basic Electrical Theory Magnetic Devices Drivetrains. Motor-Driven Crane Semiconductors Our Friend, The 555 Chip Optoelectronics Audio Electronics Digital Logic Power Supplies Sequential Logic Circuits Learning to Program Using the Parallax BASIC Stamp 2 Interfacing  Hardware to the BASIC Stamp 2 Sensors Mobile Robots Navigation                   Consulta el Libro (40 MB) por TurboBit y MediaFire:
INDICE GENERAL
Myke's Rules of Robotics INTRODUCTION TO ROBOTS. TOILET PAPER ROLL MANDROID. PIPE CLEANER INSECT. LEGO MOBILE ROBOTS. Cardboard Arm Robot Structures. Experiments Cutting Plywood. Strengthening Structures. Finishing Wood. Experiments A Gaggle of Glues. Nuts and Bolts. Soldering and Splicing Wires. Assembling the Included PCB Basic Electrical Theory. Electrical Circuits and Switches. Electrical Circuits and Switches. Voltage Measurement. Resistors and Voltage Drops. Current Measurement and Ohm's Law. Kirchoff's Voltage Law and Series Loads. Variable Resistors. Kirchoff's Current Law and Parallel Loads. Thevenin's Equivalency. Power. Batteries Magnetic Devices. Electromagnets. Relays. Measuring the Earth's Magnetic Field. Direct Current (DC) Motor Drivetrains. Motor-Driven Crane. Pulleys Added to Crane. Switch DC Motor "H-Bridge". Differential Drive Robot Chassis. Stepper Motors. Muscle Wire Semiconductors. Diodes. Light-Emitting Diodes (LEDs). NPN Transistor and Two-LED Lighting Control. Driving a Motor with a Transistor. Bipolar PNP Transistor Motor Control. Transistor Motor H-Bridge OUR FRIEND, THE 555 CHIP. BLINKING LEDS. 555 Button Debounce. Experiment 41 R/C Servo Control 114. Light-Seeking Robot Optoelectronics. Different Color LEDs. Changing an LED's Brightness. Multisegment LEDs. Optoisolator Lock and Key. White/Black Surface Sensor. Line-Following Robot Audio Electronics. Buzzers. Basic Transistor Oscillator Code Practice Tool. Electronic Stethoscope. Sound-Level Meter Digital Logic. Basic Gate Operation. CMOS Touch Switch. Bipolar Transistor-Based TTL "NOT" Gate. Sum of Product Circuits. Common Logic Built from the NOR Gate. XORs and Adders. Pull-Ups/Pull-Downs. Mickey Mouse Logic Power Supplies. Zener Diodes. Linear Power Supply. Switch Mode Power Supply Sequential Logic Circuits. RS Flip Flops. Edge-Triggered Flip Flops. Full D Flip Flop. Flip Flop Reset. PARALLEL DATA. TRAFFIC LIGHTS. SHIFT REGISTERS. Christmas Decoration. Random Movement Robot. Counters. Schmitt Trigger Inputs and Button Debounce. PWM Generation learning to Program Using the Parallax BASIC Stamp 2. Loading BASIC Stamp Windows Editor Software on Your PC. Connecting the PCB and BS2 to Your PC and Running Your First Application. Saving Your Applications on Your PC. The "Hello World!" Application Explained. Variables and Data Types. Number Data Formats. ASCII Characters. VARIABLE ARRAYS. Using Mathematical Operators in the Assignment Statement. Creating Simple Program Loops. Conditionally Looping. "Power Off" Application. Conditionally Executing Code. Advanced Conditional Execution. Using the "for" Loop in Your Application. Saving Code Space Using Subroutines Interfacing  Hardware to the BASIC Stamp 2. Controlling an LED. Cylon Eye. Hitachi 44780-Controlled Liquid Crystal Display. Musical Tone Output. Electronic Dice. Keypad Input. Resistance Measurement. PWM Analog Voltage Output. R-2R Digital-to-Analog Converter Sensors. bLiza, the Snarky Computer. Multiple Seven-segment Displays. RCtime Light Sensor. Differential Light Sensors. SOUND CONTROL. Robot "Whiskers". IR Object Sensors Mobile Robots. DC Motor Control Base with H-Bridge Drivers. Stale Machine Programming. Robot Moth Example. Random Movement Explained. Remote-Control Car Robot Base. R/C SERVO SETUP. Controlling Multiple Servos. Robot Artist. Parallax's "GUI-Bot" Programming Interface. Stepper Motor Control. Infrared Two-Way Communications Navigation. Line-Following Robot. Wall-Following Robot. Ultrasonic Distance Measurement. Hall Effect Compass. NMEA GPS Interface. PHASIC Reference