Draw the logic flow diagram for 2-Switch case: module Case_3 (input i_Sw_1, input i_Sw_2, input i_Sw_3, input i_Sw_4, output o_LED_1); wire comb_1 = i_Sw_1 & i_Sw_2; wire comb_2 = i_Sw_1 & i_Sw_3; wire comb_3 = i_Sw_1 & i_Sw_4; wire comb_4 = i_Sw_2 & i_Sw_3; wire comb_5 = i_Sw_2 & i_Sw_4; wire comb_6 = i_Sw_3 & i_Sw_4; assign o_LED_1 = comb_1 | comb_2 | comb_3 | comb_4 | comb_5 | comb_6; endmodule
Draw the logic flow diagram for 2-Switch case: module Case_3 (input i_Sw_1, input i_Sw_2, input i_Sw_3, input i_Sw_4, output o_LED_1); wire comb_1 = i_Sw_1 & i_Sw_2; wire comb_2 = i_Sw_1 & i_Sw_3; wire comb_3 = i_Sw_1 & i_Sw_4; wire comb_4 = i_Sw_2 & i_Sw_3; wire comb_5 = i_Sw_2 & i_Sw_4; wire comb_6 = i_Sw_3 & i_Sw_4; assign o_LED_1 = comb_1 | comb_2 | comb_3 | comb_4 | comb_5 | comb_6; endmodule
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
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Question
Draw the logic flow diagram for 2-Switch case:
module Case_3
(input i_Sw_1,
input i_Sw_2,
input i_Sw_3,
input i_Sw_4,
output o_LED_1);
wire comb_1 = i_Sw_1 & i_Sw_2;
wire comb_2 = i_Sw_1 & i_Sw_3;
wire comb_3 = i_Sw_1 & i_Sw_4;
wire comb_4 = i_Sw_2 & i_Sw_3;
wire comb_5 = i_Sw_2 & i_Sw_4;
wire comb_6 = i_Sw_3 & i_Sw_4;
assign o_LED_1 = comb_1 | comb_2 | comb_3 | comb_4 | comb_5 | comb_6;
endmodule
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