(特价书)数字系统原理与应用（英文影印版）（第10版）

.chapter 3 describing logic circuits
3-1 boolean constants and variables
3-2 truth tables
3-3 or operation with or gates
3-4 and operation with and gates
3-5 not operation
3-6 describing logic circuits algebraically
3-7 evaluating logic-circuit outputs
3-8 implementing circuits from boolean expressions
3-9 nor gates and nand gates
3-10 boolean theorems
3.11 demorgan's theorems
3-12 universality of nand gates and nor gates
3-13 alternate logic-gate representations
3-14 which gate representation to use
3-15 ieee/ansi standard logic symbols
3-16 summary of methods to describe logic circuits
3-17 description languages versus programming
languages
3-18 implementing logic circuits with plds
3-19 hdl format and syntax
3-20 intermediate signals
chapter 4 combinational logic circuits
4-1 sum-of-products form
4-2 simplifying logic circuits
4-3 algebraic simplification
4-4 designing combinational logic circuits
4-5 karnaugh map method
4-6 exclusive-or and exclusive-nor circuits
4-7 parity generator and checker
4-8 enable/disable circuits
4-9 basic characteristics of digital ics
4-10 troubleshooting digital systems
4-11 internal digital ic faults
4-12 external faults
4-13 troubleshooting case study
4-14 programmable logic devices
4-15 representing data in hdl
4-16 truth tables using hdl
4-17 decision control structures in hdl
chapter 5 flip-flops and related devices
5-1 nand gate latch
5-2 nor gate latch
5-3 troubleshooting case study
5-4 digital pulses
5-5 clock signals and clocked flip-flops
5-6 clocked s-r flip-flop
5-7 clocked j-k flip-flop
5-8 clocked d flip-flop
5-9 d latch (transparent latch)
5-10 asynchronous inputs
5-11 ieee/ansi symbols
5-12 flip-flop timing considerations
5-13 potentialtiming problem in ff circuits
5-14 flip-flop applications
5-15 flip-flop synchronization
5-16 detecting an input sequence
5-17 data storage and transfer
5-18 serial data transfer: shift registers
5-19 frequency division and counting
5-20 microcomputer application
5-21 schmitt-trigger devices
5-22 one-shot (monostable multivibrator)
5-23 clock generator circuits
5-24 troubleshooting flip-flop circuits
5-25 sequential circuits using hdl
5-26 edge-triggered devices
5-27 hdl circuits with multiple components
chapter 6 digital.arithmetic operations and circuits
6-1 binary addition
6-2 representing signed numbers
6-3 addition in the 2's-complement system
6-4 subtraction in the 2's-complement system
6-5 multiplication of binary numbers
6-6 binary division
6-7 bcd addition
6-8 hexadecimal arithmetic
6-9 arithmetic circuits
6-10 parallel binary adder
6-11 design of a full adder
g-12 complete parallel adder with registers
6-13 carry propagation
6-14 integrated-circuit parallel adder
6-15 2's-complement system
6-16 alu integrated circuits
6-17 troubleshooting case study ..
6-18 usingttl library functions with hdl
6-19 logical operations on bit arrays
6-20 hdl adders
6-21 expanding the bit capacity of a circuit
chapter 7 counters and registers
7-1 asynchronous (ripple) counters
7-2 propagation delay in ripple counters
7.3 synchronous (parallel) counters
7-4 counters with mod numbers [2n
7-5 synchronous down and up/down counters
7-6 presettable counters
7-7 ic synchronous counters
7-8 decoding a counter
7-9 analyzing synchronous counters
7-10 synchronous counter design
7-11 basic counters using hdls
7-12 full-featured counters in hdl
7-13 wiring hdl modules together
7-14 state machines
7-15 integrated-circuit registers
7-16 parallel in/parallel out--the 74als174/74hc174
7-17 serial in/serial out--the 74als166/74hc166
7-18 parallel in/serial out--the 74als165/74hc165
7-19 serial in/parallel out--the 74als164/74hc164
7-20 shift-register counters
7-21 troubleshooting
7-22 hdl registers
7-23 hdl ring counters
7-24 hdl one-shots
chapter 8 integrated-circuit logic families
8-1 digital ic terminology
8-2 the ttl logic family
8-3 ttl data sheets
8-4 ttl series characteristics
8-5 ttl loading and fan-out
8-6 other ttl characteristics
8-7 mos technology
8-8 complementary mos logic
8-9 cmos series characteristics
8-10 low-voltage technology
8-11 open-collector/open-drain outputs
8-12 tristate (three-state) logic outputs
8-13 high-speed bus interface logic
8-14 the ecl digital ic family
8-15 cmos transmission gate (bilateral switch)
8-16 ic interfacing
8-17 mixed-voltage interfacing
8-18 analog voltage comparators
8-19 troubleshooting
chapter 9 msi logic circuits
9-1 decoders
9-2 bcd-to-7-segment decoder/drivers
9-3 liquid-crystal displays
9-4 encoders
9-5 troubleshooting
9-6 multiplexers (data selectors)
9-7 multiplexer applications
9-8 demultiplexers (data distributors)
9-9 more troubleshooting
9-10 magnitude comparator
9-11 code converters
9-12 data busing
9-13 the 74als173/hc173 tristate register
9-14 data bus operation
9-15 decoders using hdl
9-16 the hdl 7-segment decoder/driver
9.17 encoders using hdl
9-18 hdl multiplexers and demultiplexers
9-19 hdl magnitude comparators
9-20 hdl code converters
chapter 10 digital system projects using hdl
10-1 small-project management
10-2 stepper motor driver project
10-3 keypad encoder project
10-4 digital clock project
10-5 frequency counter project
chapter 11 interfadng with the analog world
11-1 review of digital versus analog
11-2 digital-to-analog conversion
11-3 d/a-converter circuitry
11-4 dac specifications
11-5 an integrated-circuit dac
11-6 dac applications
11-7 troubleshooting dacs
11-8 analog-to-digital conversion
11-9 digital-ramp adc
11-10 data acquisition
11-11 successive-approximation adc
11-12 flash adcs
11-13 other a/d conversion methods
11-14 sample-and-hold circuits
11-15 multiplexing
11-16 digital storage oscilloscope
11-17 digital signal processing (dsp)
chapter 12 memory devices
12-1 memory terminology
12-2 general memory operation
12-3 cpu-memory connections
12-4 read-only memories
12-5 rom architecture
12-6 rom timing
12-7 types of roms
12-8 flash memory
12-9 rom applications
12-10 semiconductor ram
12-11 ram architecture
12-12 static ram (sram)
12-13 dynamic ram (dram)
12-14 dynamic ram structure and operation
12-15 dram read/write cycles
12-16 dram refreshing
12-17 dram technology
12-18 expanding word size and capacity
12-19 special memory functions
12-20 troubleshooting ram systems
12-21 testing rom
chapter 13 programmable logic device architectures
13-1 digital systems family tree
13-2 fundamentals of pld circuitry
13-3 pld architectures
13-4 the gal 16v8 (generic array logic)
13-5 the altera epm7128s cpld
13-6 the altera flex10k family
13-7 the altera cyclone family
glossary
answers to selected problems
index of ics
index ...