Lessons in Electric Circuits - Vol 4 – Digital

Lessons in Electric Circuits - Vol 4 – Digital

Tony R. Kuphaldt

Fuente: Open Book Project


Mission
The Open Book Project is aimed at the educational community and seeks to encourage and coordinate collaboration among students and teachers for the development of high quality, freely distributable textbooks and educational materials on a wide range of topics. The advent of the Internet and the World Wide Web are making collaboration among educators on a global scale possible for the first time. We want to harness this exciting technology to promote learning and sharing.

INDEX 

• Numeration Systems
• Binary Arithmetic. 
• Logic Gates. Digital 
• Ttl Nand And And Gates. 
• Switches. 
• Electromechanical Relays
• Ladder Logic
• Boolean Algebra
• Karnaugh Mapping
• Combinational Logic Functions.
• Multivibrators
• Counters. 
• Shift Registers
• Digital-Analog Conversion
• Digital Communication. 
• Digital Storage (Memory). 
• Principles Of Digital Computing. 

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INDEX GENERAL

• NUMERATION SYSTEMS. Numbers and symbols. Systems of numeration. Decimal versus binary numeration. Octal and hexadecimal numeration. Octal and hexadecimal to decimal conversion. Conversion from decimal numeration.
• BINARY ARITHMETIC. Numbers versus numeration. Binary addition. Negative binary numbers. Subtraction. Overflow. Bit groupings.
• LOGIC GATES. Digital signals and gates. The NOT gate. The "buffer" gate. Multiple-input gates. TTL NAND and AND gates. TTL NOR and OR gates. CMOS gate circuitry. Special-output gates. Gate universality. Logic signal voltage levels. DIP gate packaging.
• SWITCHES. Switch types. Switch contact design. Contact "normal" state and make/break sequence. Contact "bounce".
• ELECTROMECHANICAL RELAYS. Relay construction. Contactors. Time-delay relays. Protective relays. Solid-state relays.
• LADDER LOGIC. "Ladder" diagrams. Digital logic functions. Permissive and interlock circuits. Motor control circuits. Fail-safe design. Programmable logic controllers.
• BOOLEAN ALGEBRA. Introduction. Boolean arithmetic. Boolean algebraic identities. Boolean algebraic properties. Boolean rules for simplification. Circuit simplification examples. The Exclusive-OR function. DeMorgan's Theorems. Converting truth tables into Boolean expressions.
• KARNAUGH MAPPING. Introduction. Venn diagrams and sets. Boolean Relationships on Venn Diagrams. Making a Venn diagram look like a Karnaugh map. Karnaugh maps, truth tables, and Boolean expressions. Logic simplification with Karnaugh maps. Larger 4-variable Karnaugh maps. Minterm vs maxterm solution. § (sum) and ¦ (product) notation. Don't care cells in the Karnaugh map. Larger 5 & 6-variable Karnaugh maps.
• COMBINATIONAL LOGIC FUNCTIONS.
• MULTIVIBRATORS. Digital logic with feedback. The S-R latch. The gated S-R latch. The D latch. Edge-triggered latches: Flip-Flops. The J-K flip-flop. Asynchronous flip-flop inputs. Monostable multivibrators.
• COUNTERS. Binary count sequence. Asynchronous counters. Synchronous counters. Counter modulus.
• SHIFT REGISTERS. Introduction. shift register, serial-in/serial-out shift. shift register, parallel-in, serial-out. Serial-in, parallel-out shift register. Parallel-in, parallel-out, universal shift register. Ring counters. References.
• DIGITAL-ANALOG CONVERSION. Introduction. The R/2nR DAC. The R/2R DAC. Flash ADC. Digital ramp ADC. Successive approximation ADC. Tracking ADC. Slope (integrating) ADC. Delta-Sigma (¢§) ADC. Practical considerations of ADC circuits.
• DIGITAL COMMUNICATION. Introduction. Networks and busses. Data flow. Electrical signal types. Optical data communication. Network topology. Network protocols. Practical considerations.
• DIGITAL STORAGE (MEMORY). Why digital?. Digital memory terms and concepts. Modern nonmechanical memory. Historical, nonmechanical memory technologies. Read-only memory. Memory with moving parts: "Drives".
• PRINCIPLES OF DIGITAL COMPUTING. A binary adder. Look-up tables. Finite-state machines. Microprocessors. Microprocessor programming.

Lecciones de Circuitos Eléctricos - Vol. 4 - Digital.

Tony R. Kuphaldt

Fuente: Open Book Project

MISIÓN

El Proyecto Libro Abierto está dirigido a la comunidad educativa y busca incentivar y coordinar la colaboración entre estudiantes y profesores para el desarrollo de alta calidad, los libros de texto de libre distribución y materiales educativos sobre una amplia gama de temas. El advenimiento de la Internet y la World Wide Web están haciendo la colaboración entre los educadores a escala mundial es posible, por primera vez. Queremos aprovechar esta excitante tecnología para promover el aprendizaje y el compartir.

ÍNDICE 

• Sistemas de numeración
• Aritmética binaria.
• Puertas lógicas. digital
• TTL AND y AND Gates.
• Interruptores.
• Relés electromecánicos
• Lógica de escalera
• Álgebra de Boole
• Mapeo de Karnaugh
• Funciones de lógica combinacional 
• multivibradores
• Contadores.
• Registros de desplazamiento
• Conversión digital-analógico
• Comunicación Digital.
• Digitales de almacenamiento (memoria).
• Principios de la computación digital.