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Two different options for you to create Multiplexers, A and B in this experiment. available. Multiplexer, with 74151 integrated in A option, in B option

Two different options for you to create Multiplexers, A and B in this experiment. available. Multiplexer, with 74151 integrated in A option, in B option It is created with doors. You can choose whatever you want and create your circuit. EXPLANATION In the experiment, a 4 1 (4 to 1) Multiplexer will be designed. Multiplexer at different times or one or more analog or digital signals over a common transmission line at speeds It is the device used to define the sending process. EXPERIMENT 7-A. Materials to be used in the experiment: - 1 piece 74151 - 7 pieces of LED and pre-resistor for LEDs Circuit diagram is given in Figure 1. LEDs are 4 inputs (A, B, C, D), selective leads S_0, S_1 and It will be used in Y output. Perform the circuit on the breadboard and in the simulation environment.

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EXPERIMENT 7-B. Materials to be used in the experiment: - 2 pieces 7408 - 1 piece 7404 - 1 7432 - 7 pieces of LED and pre-resistor for LEDs Circuit diagram is given in Figure 3. LEDs are 4 inputs (A, B, C, D), selective leads S_0, S_1 and It will be used in Q output. Perform the circuit on the breadboard and in the simulation environment.

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Perform the circuit with the diagram on the breadboard and simulate the circuit by drawing it. in the environment. Run the circuit by changing the values of the switches and for each case the output Observe the LEDs. 4: 1 MUX Accuracy Table is given in Figure 7. Record the screenshot of each case.

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TH 0 A(NC) VALUE-5 SW-SPOT B SW-SPOT 0 U1 Y SW-SPDT XD X1 X2 X3 X4 Y p poppio pepe op Beep SW-SPDT 15 14 13 12 X6 X7 S_O 11 10 9 SW-SPDT A B S 1 7 de R4 220 R5 220 R7 R6 220 R3 R2 74151 SW-SPDT 220 R1 220 220 D4 LED-NU D51 D6 D7 LED LED-NEULED-RED D3 LED-GREE LED-GREEN f D2 D1 LED-GREEN 7408(1) 743201) 740401) 7408/2) 7408 21) 7432431 740413 740813) 7408212) 7432/2) 740421 740814) SO Q Select Inputs b D CB A 0 0 x X 1 0 1 1 1 1 0 x 1 1 1 1 X X X X X 1 1 1 1 TH 0 A(NC) VALUE-5 SW-SPOT B SW-SPOT 0 U1 Y SW-SPDT XD X1 X2 X3 X4 Y p poppio pepe op Beep SW-SPDT 15 14 13 12 X6 X7 S_O 11 10 9 SW-SPDT A B S 1 7 de R4 220 R5 220 R7 R6 220 R3 R2 74151 SW-SPDT 220 R1 220 220 D4 LED-NU D51 D6 D7 LED LED-NEULED-RED D3 LED-GREE LED-GREEN f D2 D1 LED-GREEN 7408(1) 743201) 740401) 7408/2) 7408 21) 7432431 740413 740813) 7408212) 7432/2) 740421 740814) SO Q Select Inputs b D CB A 0 0 x X 1 0 1 1 1 1 0 x 1 1 1 1 X X X X X 1 1 1 1

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