figure 17-1 binary-to-decimal conversion. dale r. patrick electricity and electronics: a survey, 5e...

FIGURE 17-1 Binary-to-decimal conversion.

Dale R. PatrickElectricity and Electronics: A Survey, 5e

Copyright ©2002 by Pearson Education, Inc.Upper Saddle River, New Jersey 07458

All rights reserved.

FIGURE 17-2 Binary-to-decimal conversion shortcut.




FIGURE 17-3 Decimal-to-binary conversion.




FIGURE 17-4 AND gates: (a) logic circuit; (b) truth table; (c) symbol.




FIGURE 17-5 OR gates: (a) logic circuit; (b) truth table; (c) symbol.




FIGURE 17-6 NOT gates: (a) logic circuit; (b) truth table; (c) symbols.




FIGURE 17-7 NAND gates: (a) logic circuit; (b) truth table; (c) symbol.




FIGURE 17-8 NOR gates: (a) logic circuit; (b) truth table; (c) symbol.




FIGURE 17-9 R-S flip-flop: (a) symbol; (b) truth table.




FIGURE 17-11 J-K flip-flop: (a) symbol; (b) truth table.




FIGURE 17-12 4-bit binary counter.




FIGURE 17-13 4-bit IC binary counter.




FIGURE 17-14 BCD flip-flop circuit.




FIGURE 17-15 BCD counter.




FIGURE 17-16 Seven-segment display data: (a) display; (b) truth table.




FIGURE 17-18 BCD-to-seven-segment decoder-driver.




FIGURE 17-19 Counting timer circuit.




FIGURE 17-20 Production line counter.




FIGURE 17-21 Frequency counter. (Courtesy of Sencore.)




FIGURE 17-22 Digital computer block diagram.




FIGURE 17-23 ASCH code.




FIGURE 17-24 Read-write memory simplification.




FIGURE 17-25 Microcomputer system block diagram.




figure 17-1 binary-to-decimal conversion. dale r. patrick electricity and electronics: a survey, 5e...

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