Download Digital Systems: From Logic Gates to Processors by Jean-Pierre Deschamps, Elena Valderrama, Lluís Terés PDF

By Jean-Pierre Deschamps, Elena Valderrama, Lluís Terés

This textbook for a one-semester path in electronic structures layout describes the fundamental equipment used to boost “traditional” electronic structures, in accordance with using common sense gates and turn flops, in addition to extra complicated ideas that permit the layout of very huge circuits, in line with Description Languages and Synthesis instruments.  It was once initially designed to accompany a MOOC (Massive Open on-line path) created on the self sufficient college of Barcelona (UAB), presently on hand at the Coursera platform. 

Readers will examine what a electronic process is and the way it may be built, getting ready them for steps towards different technical disciplines, akin to computing device structure, Robotics, Bionics, Avionics and others.  In specific, scholars will discover ways to layout electronic platforms of medium complexity, describe electronic platforms utilizing excessive point description languages, and comprehend the operation of desktops at their most elementary point.  All options brought are bolstered by means of abundant illustrations, examples, workouts, and purposes.  For instance, as an utilized instance of the layout thoughts offered, the authors show the synthesis of an easy processor, leaving the coed able to input the area of computing device structure and Embedded structures.  

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4. Analyze the working of the following circuit and generate a 16-row table that defines VOUT in function of VIN1, VIN2, VIN3, and VIN4. 1V VIN1 VIN3 VIN2 VIN4 VOUT VIN1 VIN2 VIN3 VIN4 0V 5. Analyze the working of the following circuit and generate an 8-row table that defines VOUT in function of VIN1, VIN2, and VIN3. 1V VIN 1 VIN 2 VIN3 VOUT VIN 1 VIN3 VIN 2 0V 20 1 Digital Systems References Floyd TL (2014) Digital fundamentals. Prentice Hall, Upper Saddle River Mano MMR, Ciletti MD (2012) Digital design.

40a has 7 gates and 16 gate inputs while the circuit of Fig. 40b has 9 gates and 32 gate inputs. On the other hand, if all gates are assumed to have the same propagation time τ ns, then the circuit of Fig. 40a has a propagation time equal to 3τ ns while the circuit of Fig. 40b has a propagation time equal to 2τ ns. Thus, the circuit of Fig. 40a could be less expensive in terms of number of transistors but with a longer propagation time than the circuit of Fig. 40b. In function of the system specification, the designer will have to choose between a faster but more expensive implementation or a slower and cheaper implementation (speed vs.

Xn ¼ NORðx1 , x2 , . . 4 Consider the circuit of Fig. 11. 24), the AND gates and the OR gate can be substituted by NAND gates. The result is shown in Fig. 20a. Furthermore, two serially connected inverters can be substituted by a simple connection (Fig. 20b). 4 1. Neither the 2-variable NAND function (NAND2) nor the 2-variable NOR function (NOR2) are associative operations. 4 Logic Gates 37 Fig. 20 Circuits equivalent to Fig. 11 x y ci x a. y ci c0 x y x y ci x b. y ci c0 x y Fig. 21 XOR gate and XNOR gate symbols a b XOR(a, b) a b XNOR(a, b) NANDða, NANDðb; cÞÞ ¼ a þ NANDðb; cÞ ¼ a þ b Á c, NANDðNANDða; bÞ, cÞ ¼ a Á b þ c; and none of the previous functions is equal to NANDða; b; cÞ ¼ a þ b þ c.

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