Please solve this Consider the circuit shown below. Notice that it utilizes dataflow Verilog operators that you are notpermitted to use in 2544. (You are still NOT permitted to use these operators in your code.) Each assignstatement that uses the addition or subtraction operator instantiates its own 4-bit adder. Forexample, lines 8 and 9 alone in the code below will produce two separate 4-bit ripple carry adders.Using the assumptions above, determine the transistor count an propagation delay of this circuit.// Combinational circuit 2module comb_ckt_2(S,X,Y,R);input [3:0] X,Y;input [2:01 R;[3:01 s;outputwire[3:01 ni, n2, n3, n4, n5, n6, n7;assign n1X + Y;assign n2 = X + Y + 1;assign n3X + ~Y;assign n4assign n5 = x;assign n6 X + 1;assign n7 X - 1;assign s(R(RendmoduleX + ~Y + 1;(R(R3'b000) ?3'b001) ?(R(R3'b010) ?3'b011) ? n43'b100) ? n53'b101) ? n6(R3'b110) ? n7:(R3'b111) ? 4'h0 4'bxxxx; 22Transistor count for line 9: [Select]Transistor count for line 10: [Select]Transistor count for line 11: [Select]Transistor count for line 12: [Select]Transistor count for line 13: [Select]Transistor count for line 14: [Select]12345OLOSHIRES-59Transistor count for lines 15-22: [Select]11121314<Transistor CountDetermine the transistor count for the circuit produced by each assign statement. (For example, line8 contains the statement "assign n1 = X+Y;")Transistor count for line 8:[Select]1516WN1068NGSAWNH17181920~~~~2123

As per the given code, each assign statement that uses addition or subtraction operator will produce…

Consider the circuit shown below. Notice that it utilizes dataflow Verilog operators that you are not permitted to use in 2544. (You are still NOT permitted to use these operators in your code.) Each assign statement that uses the addition or subtraction operator instantiates its own 4-bit adder. For example, lines 8 and 9 alone in the code below will produce two separate 4-bit ripple carry adders. Using the assumptions above, determine the transistor count an propagation delay of this circuit.

Consider the circuit shown below. Notice that it utilizes dataflow Verilog operators that you are not permitted to use in 2544. (You are still NOT permitted to use these operators in your code.) Each assign statement that uses the addition or subtraction operator instantiates its own 4-bit adder. For example, lines 8 and 9 alone in the code below will produce two separate 4-bit ripple carry adders. Using the assumptions above, determine the transistor count an propagation delay of this circuit.

Database System Concepts

7th Edition

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

Please solve this

Consider the circuit shown below. Notice that it utilizes dataflow Verilog operators that you are not
permitted to use in 2544. (You are still NOT permitted to use these operators in your code.) Each assign
statement that uses the addition or subtraction operator instantiates its own 4-bit adder. For
example, lines 8 and 9 alone in the code below will produce two separate 4-bit ripple carry adders.
Using the assumptions above, determine the transistor count an propagation delay of this circuit.
// Combinational circuit 2
module comb_ckt_2(S,X,Y,R);
input [3:0] X,Y;
input [2:01 R;
[3:01 s;
output
wire
[3:01 ni, n2, n3, n4, n5, n6, n7;
assign n1X + Y;
assign n2 = X + Y + 1;
assign n3X + ~Y;
assign n4
assign n5 = x;
assign n6 X + 1;
assign n7 X - 1;
assign s
(R
(R
endmodule
X + ~Y + 1;
(R
(R
3'b000) ?
3'b001) ?
(R
(R
3'b010) ?
3'b011) ? n4
3'b100) ? n5
3'b101) ? n6
(R3'b110) ? n7:
(R3'b111) ? 4'h0 4'bxxxx; 22
Transistor count for line 9: [Select]
Transistor count for line 10: [Select]
Transistor count for line 11: [Select]
Transistor count for line 12: [Select]
Transistor count for line 13: [Select]
Transistor count for line 14: [Select]
12345OLOSHIRES-59
Transistor count for lines 15-22: [Select]
11
12
13
14
<
Transistor Count
Determine the transistor count for the circuit produced by each assign statement. (For example, line
8 contains the statement "assign n1 = X+Y;")
Transistor count for line 8:
[Select]
15
16
WN1068NGSAWNH
17
18
19
20
~~~~
21
23

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