Digital Circuits: Logic and DesignThis textbook is intended to introduce the student of electronics to the fundamentals of digital circuits, both combinational and sequential, in a reasonable and systematic manner. It proceeds from basic logic concepts to circuits and designs. |
Contents
Numbers | 1 |
Boolean Algebra Truth Tables and Hardware | 33 |
Logic Expressions and Minimization | 57 |
Combinational Circuits and Their Implementation | 87 |
Sequential Circuits | 127 |
General Sequential Circuitry | 171 |
Appendix | 191 |
Bibliography | 207 |
Other editions - View all
Common terms and phrases
2-couples 2's complement 5Vdc AND-OR applications binary counter binary number binary variable Boolean algebra Boolean variables cells chip circuitry clock CMOS combinational circuits connect Pin Construct count Courtesy of Texas decimal number decoding excess-3 excitation table expression f(A flip-flop four-variable function f(A function table H H H H L H hexadecimal illustrated implement input integrated circuit inverter J-K FF J-K flip-flops K-map Karnaugh Map logic circuits Map for Example minimization multiplexer multivibrator NAND gate NAND-NAND number systems octal one-shot open collector OR-AND POS expression POS form Post Postulate present Problem pulse Q output QA QB Quad 2-input readout ring counter Schmitt Trigger Segment sequence sequential circuits serial seven-segment seven-segment display shown in Fig signal simplified Solution SOP form switch symbol synchronous term Texas Instruments three-variable map truth table voltage WIRED-OR