Help me design the 8 input Multiplexer Exp #7.2 * Design with MUXNormally, a multiplexer or "MUX" is used as a data-selector; its output is selected from among one or moresets of data inputs. However, MUX can also implement arbitrary boolean functions. They are extensivelyused for this purpose in programmable chips like FPGA's (field-programmable gate arrays).|16VCC4DO74LS1513D1/Z6.The 74LS151 is an 8x1 MUX with 8 data inputs2D2DO - D7, three select inputs s2 -s0 (pins 9,10,11).1D38-InputMultiplexerand one output z (plus its complement). It also15D4has an active-low enable input /E which must be14D5connected to the ground.13D612D711SO10S19S27/EGND8.Its data input values, 1's and O's, are taken from the output column of a function's truth-table. All datainputs equal to 1 are to be connected to power (5V); otherwise to ground. To find power and groundsymbols for your ExpressSCH drawing, click on Component Manager, and open Library Symbols.For a function F (X, Y, Z), connect x, Y, Z to s2, s1, so. Each value of xYz (000...111) selects adata input that is sent to output z. In a sense, the MUX is like the physical counterpart of a truth-table.The value of xYz corresponds to a row on the left-hand side of a truth-table, and the right-hand side of thatrow is the selected value of F. So, in this case, a MUX acts like a Look-Up-Table. To look up the value of Ffor a given select combination xYz, you apply that combination to the MUX select inputs, and the answeris supplied at output z. The term Look-Up-Table is usually shortened to "LUT" in the material dealing withFPGA's.

Answer : The construction of a 8:1 MUX from two 4:1 MUX.For these X1 and X2 are the two output…

Answered: design the 8 input Multiplexer

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design the 8 input Multiplexer

Database System Concepts

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ISBN:9780078022159

Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Chapter1: Introduction

Section: Chapter Questions

Problem 1PE

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Question

Help me design the 8 input Multiplexer

Exp #7.2 * Design with MUX
Normally, a multiplexer or "MUX" is used as a data-selector; its output is selected from among one or more
sets of data inputs. However, MUX can also implement arbitrary boolean functions. They are extensively
used for this purpose in programmable chips like FPGA's (field-programmable gate arrays).
|16
VCC
4
DO
74LS151
3
D1
/Z
6.
The 74LS151 is an 8x1 MUX with 8 data inputs
2
D2
DO - D7, three select inputs s2 -s0 (pins 9,10,11).
1
D3
8-Input
Multiplexer
and one output z (plus its complement). It also
15
D4
has an active-low enable input /E which must be
14
D5
connected to the ground.
13
D6
12
D7
11
SO
10
S1
9
S2
7
/E
GND
8.
Its data input values, 1's and O's, are taken from the output column of a function's truth-table. All data
inputs equal to 1 are to be connected to power (5V); otherwise to ground. To find power and ground
symbols for your ExpressSCH drawing, click on Component Manager, and open Library Symbols.
For a function F (X, Y, Z), connect x, Y, Z to s2, s1, so. Each value of xYz (000...111) selects a
data input that is sent to output z. In a sense, the MUX is like the physical counterpart of a truth-table.
The value of xYz corresponds to a row on the left-hand side of a truth-table, and the right-hand side of that
row is the selected value of F. So, in this case, a MUX acts like a Look-Up-Table. To look up the value of F
for a given select combination xYz, you apply that combination to the MUX select inputs, and the answer
is supplied at output z. The term Look-Up-Table is usually shortened to "LUT" in the material dealing with
FPGA's.

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