Schaum's Outline of Digital Principles

by Tokheim, Roger

• ISBN13: 9780070650503
• ISBN10: 0070650500
• Edition: 3rd
• Format: Paperback
• Copyright: 1994-01-22
• Publisher: McGraw Hill

Summary

Students will save time and master digital principles more easily with this high-performance study guide. It takes readers step-by-step through digital theory and devices and through the solutions of related, real-life problems. Students get hundreds of additional problems with delayed answers to solve on their own, to reinforce learning and hone their skills. Includes examples of logic gates, shift registers and other important applications.

Table of Contents

Numbers Used in Digital Electronics	1	(15)
Introduction	1	(1)
Binary Numbers	1	(5)
Hexadecimal Numbers	6	(4)
2s Complement Numbers	10	(6)
Binary Codes	16	(12)
Introduction	16	(1)
Weighted Binary Codes	16	(4)
Nonweighted Binary Codes	20	(4)
Alphanumeric Codes	24	(4)
Basic Logic Gates	28	(20)
Introduction	28	(1)
The AND Gate	28	(3)
The OR Gate	31	(3)
The NOT Gate	34	(2)
Combining Logic Gates	36	(3)
Using Practical Logic Gates	39	(9)
Other Logic Gates	48	(21)
Introduction	48	(1)
The NAND Gate	48	(2)
The NOR Gate	50	(2)
The Exclusive-OR Gate	52	(2)
The Exclusive-NOR Gate	54	(1)
Converting Gates When Using Inverters	55	(3)
NAND as a Universal Gate	58	(2)
Using Practical Logic Gates	60	(9)
Simplyfying Logic Circuits: Mapping	69	(35)
Introduction	69	(1)
Sum-of-Products Boolean Expressions	69	(3)
Product-of-Sums Boolean Expressions	72	(3)
Using De Morgan's Theorems	75	(2)
Using NAND Logic	77	(2)
Using NOR Logic	79	(3)
Karnaugh Maps	82	(3)
Karnaugh Maps with Four Variables	85	(3)
Using Maps with Maxterm Expressions	88	(3)
Don't Cares on Karnaugh Maps	91	(2)
Karnaugh Maps with Five Variables	93	(11)
TTL and CMOS ICS: Characteristics and Interfacing	104	(36)
Introduction	104	(1)
Digital IC Terms	105	(4)
TTL Integrated Circuits	109	(5)
CMOS Intergrated Circuits	114	(4)
Interfacing TTL and CMOS ICs	118	(7)
Interacing TTL and CMOS with Switches	125	(4)
Interfacing TTL/CMOS with Simple Output Devices	129	(2)
D/A and A/D Conversion	131	(9)
Code Conversion	140	(30)
Introduction	140	(1)
Encoding	140	(3)
Decoding: BCD to Decimal	143	(4)
Decoding: BCD-to-Seven-Segment Code	147	(5)
Liquid-Crystal Displays	152	(2)
Driving LCDs	154	(4)
Vacuum Fluorescent Displays	158	(3)
Driving VF Displays with CMOS	161	(9)
Binary Arithmetic and Arithmetic Circuits	170	(34)
Introduction	170	(1)
Binary Addition	170	(5)
Binary Subtraction	175	(5)
Parallel Adders and Subtractors	180	(4)
Using Full Adders	184	(4)
Using Adders for Subtraction	188	(5)
2s Complement Addition and Subtraction	193	(11)
Flip-Flops and Other Multivibrators	204	(26)
Introduction	204	(1)
RS Flip-Flop	204	(2)
Clocked RS Flip-Flop	206	(3)
D Flip-Flop	209	(3)
JK Flip-Flop	212	(5)
Triggering of Flip-Flops	217	(3)
Astable Multivibrators---Clocks	220	(4)
Monostable Multivibrators	224	(6)
Counters	230	(30)
Introduction	230	(1)
Ripple Counters	230	(4)
Parallel Counters	234	(2)
Other Counters	236	(4)
TTL IC Counters	240	(5)
CMOS IC Counters	245	(6)
Frequency Division: The Digital Clock	251	(9)
Shift Registers	260	(19)
Introduction	260	(1)
Serial-Load Shift Register	261	(3)
Parallel-Load Shift Register	264	(4)
TTL Shift Registers	268	(3)
CMOS Shift Registers	271	(8)
Microcomputer Memory	279	(30)
Introduction	279	(1)
Random-Access Memory (RAM)	280	(6)
Read-Only Memory (ROM)	286	(7)
Programmable Read-Only Memory	293	(7)
Microcomputer Bulk Storage	300	(9)
Other Devices and Techniques	309	(38)
Introduction	309	(1)
Data Selector/Multiplexers	309	(4)
Multiplexing Displays	313	(3)
Demultiplexers	316	(3)
Latches and Three-State Buffers	319	(5)
Digital Data Transmission	324	(2)
Programmable Logic Arrays	326	(9)
Magnitude Comparator	335	(6)
Schmitt Triger Devices	341	(6)
Index	347