By Mark Balch
YOUR ONE-STOP source FOR electronic method DESIGN!
The explosion in communications and embedded computing applied sciences has introduced with it a bunch of recent ability necessities for electric and electronics engineers, scholars, and hobbyists. With engineers anticipated to have such various services, they want finished, easy-to-understand suggestions at the basics of electronic design.
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Additional resources for Complete digital design: a comprehensive guide to digital electronics and computer system architecture
Combinatorial logic is the term used to describe logic gates that have no state on their own. Inputs ﬂow directly through combinatorial logic to outputs and must be captured by ﬂops to preserve their state. An example of synchronous logic design can be made of converting the three-bit ripple counter into a synchronous equivalent. Counters are a common logic structure, and they can be designed in a variety of ways. The Boolean equations for small counters may be directly solved using a truth table and K-map.
Because the product term crosses the edges of the table, halfrings are shown in the appropriate locations. There is still a box with a 1 in it that has not yet been accounted for. One approach could be to generate a product term for that single box, but this would not result in a fully simpliﬁed equation, because a larger group can be formed by associating the lone box with the adjacent box corresponding to A = 0, B = 0, and C = 1. K-map boxes can be part of multiple groups, and forming the largest groups possible results in a fully simpliﬁed equation.
1 THE INTEGRATED CIRCUIT Digital logic and electronic circuits derive their functionality from electronic switches called transistors. Roughly speaking, the transistor can be likened to an electronically controlled valve whereby energy applied to one connection of the valve enables energy to ﬂow between two other connections. By combining multiple transistors, digital logic building blocks such as AND gates and ﬂip-ﬂops are formed. Transistors, in turn, are made from semiconductors. Consult a periodic table of elements in a college chemistry textbook, and you will locate semiconductors as a group of elements separating the metals and nonmetals.