Advanced Digital Integrated Circuits Lecture Notes
Advanced Digital Integrated Circuits Lecture Notes
Advanced Digital Integrated Circuits Lecture Notes
This note aims to convey a knowledge of advanced concepts
of circuit design for digital VLSI components in state of the art MOS
technologies. Topics covered includes: Impact of technology
scaling,Transistor models,Delay models, Gate delays, Optimization for
speed, CMOS logic styles, Differential and pass-transistor logic, Pass
transistor and dynamic logic, Dynamic logic, Dynamic pass-transistor logic, Low
power design, Voltage scaling, Dealing with leakage, Body bias, energy recovery,
Power distribution, Adders, Multipliers, Asynchronous design, Clock distribution
and generation, Latch design, Flash memory .
This
note explains the following topics: number systems, Logic gates, Boolean algebra, Minimization of Boolean
algebra, Combinational circuits, Implementation of combinational logic circuit,
Standard integrated circuits, Memory, Flip flops, Clocked sequential circuits,
Registers and counters, A or D and D or A converters.
This note covers introduction, Overview
of a central processing unit, Getting started, Gates, Associative boolean
operators, Adders, Decoders, Multiplexers, Memory basics flip flops and latches
and Sequential circuits.
This PDF book covers
the following topics related to Digital Electronic Circuits : Number System,
Boolean Algebra and Logic Gates, Combinational Logic Design, Logic Components,
Synchronous Sequential logic Design, Binary Counters, Logic Components,
Synchronous Sequential logic Design, Binary Counters, Shift resistors, Memory
and Programmable Logic, IC Logic Families.
This note explains the
following topics: Sequential circuits, NAND latch, NOR latch, Chatter due to a
mechanical switch , The clock, Clocked RS latch, Edge-triggered flip-flops, JK
flip-flop.
This
note covers the following topics: Digital Communications and Information Theory,
Random Processes, Quantization and Coding, Signal Representation and Baseband
Processing, Carrier Modulation.
This book is all about
the design of digital circuits. Topics covered includes: Designing Digital
Circuits, Designing Combinational Circuits With VHDL, Computer-Aided Design,
VHDL Language Features, Building Blocks of Digital Circuits, Sequential
Circuits, State Machines with Data, Verifying Circuit Operation, Small Scale
Circuit Optimization, Implementing Digital Circuit Elements, Implementing a
Programmable Processor, Memory Components, Improving Processor Performance.
This book explains the following topics: Data
Representation and Number system, Binary Logic, Combinational circuit ,
Designing Combinatorial Circuits, Sequential circuit, Register, Tri-state
logic.
This note explains the following topics: Digital
Logic, Realizing Logic in Hardware, Manipulating Logic Specifications,
Combinational Building Blocks, Building Blocks with Memory, D flip-flop model,
Designing a Minicompter.
The course
note covers the following digital design topics such as digital logic,
sequential building blocks, finite-state machines, FPGAs, timing and
synchronization.
This note covers the following topics: Review of Digital Logic Design,
Boolean Functions and Boolean Algebra, Digital Circuits, Encoders, Decoders, and
Multiplexors, Gates from Transistors, Review of Sequential Circuits, Flip-Flop
(SR-Latch), A Clocked Flip-Flop, N-Bit Register and Computer Memory.
This note covers the following topics: Linear Equivalent
Circuits, Digital building blocks - inverters, A generic inverter and MOS
inverter options, Digital inverter performance metrics.
This note covers the following topics: Binary,
Hexadecimal, and Decimal Numbers, Signed Binary Numbers and Binary Codes,
Boolean Algebra and Combinational Digital Logic, Logic Simplification Using Karnaugh Maps, More Complex Combinational Logic Circuits, Flip-Flops, The
Foundation of Sequential Logic, Registers, Counters, and Other Latch-Based
Circuits, Designing Digital Sequential Logic Circuits, Programming Fundamentals and SPIM Set-Up, More Instructions, Directives,
and System Calls, System Calls 5 and 8 and Data Memory Instructions, Decision
Support Instructions, Shift and Rotate, Procedures, and the Stack
Constructing Loops in SPIM, The Pipeline MIPS Processor and Memory Management in
Modern Computers.