Consider the implementation of a logic function using a decoder given in figure 2 and answer the below questions. Question 5. Do D D2 D3 F y- D. D5 D6 D7 Figure 2. Logic function implementation using decoder a. Fill in the truth table of the logic function. y F b. Map, derive the simplified output expressions for F(5N.z) using the K-MAP. Explain all the steps. F(x, y, z) =
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- (c) Figure Q3(c)(i) shows a register and Figure Q3(c)(ii) shows the input waveforms (CLOCK and Data in) to the circuit. A1 A9 A10 A2 Function generator A3 A11 A12 AS A13 A6 A14 A7 A15 Data in Bop.7) ip.r 82p.7) Logic analyser U1 U2 U3 U4 UO 6. 1. 6 1 6 INVERTER 3 CLK 3 CLK oCLK CLK 5 K K 5 K K 4027 Clock Function generator Figure Q3(c)(i) (i) Determine the type of register as shown in Figure Q3(c)(i).Question 5. Consider the implementation of a logic function using a decoder given in figure 2 and answer the below questions. Do D, D2 D3 F D4 D5 D6 D, Figure 2. Logic function implementation using decoder a. Fill in the truth table of the logic function. y F b. Map, derive the simplified output expressions for F(%X.z) using the K-MAP. Explain all the steps. F(x, y, z) = NWrite the Boolean expression for the logic circuit in Figure 5. Simplify the Boolean expression using DeMorgan’s Theorem and Boolean algebra rules and laws. Show the steps of your simplification below. simplify curcuit
- 21. (a) By referring to Figure Q1(a), derive a logic (Boolean) expression for the given circuit. If the input abcd-1011, m=1, and re-Q, what is the value of output at /? MHEU Figure Q1(a)Basic Combinational Logic Circuits 2. Write the output expression for logic circuit: A B B XCombinational Circuits - Design Procedure Design a logic circuit that has three inputs A, B, C and whose output will be HIGH only when a majority of the inputs are HIGH. 3-A. Generate the truth table. 2-B. Obtain the KMAP. 3-C. Provide the Simplified Boolean Function. 3-D. Generate the Logic diagram of the simplified Boolean function.
- A B Prepare the truth table of the logic circuit (logic circuit) on the right. Then, using the truth table, write the function you have obtained according to the SOP (minterm) without any simplification and draw the logic circuit for the new function you have obtained. Make sure that the circuit you have drawn is understandable, the function you have written and the truth table are readable.Task 6: Simplifying Boolean functions in EWB using the logic converter Simplify the following Boolean expression in EWB using the logic converter F (A, B, C) = AB'C'+ A'B'C'+ A'BC'+ A'B'Canswere fast please question from DIGITAL LOGIC DESIGN TOPIC : Designing Combinational Logic You are designing a water level circuit using 74ALS151 (8 to 1 Multiplexer IC)* When input is 0000 that means tank is empty.* When input is 1111 that means tank is full.* When input is below 5, that means water level is low.* So, make a circuit using 74ALS151 Multiplexer IC that shows a "low water" indicator light(by setting an output L to 1) when the water level drops below level 5.
- Write the Boolean expression for the logic circuit in Figure 5. Simplify the Boolean expression using DeMorgan’s Theorem and Boolean algebra rules and laws. Show the steps of your simplification below.Build a truth table and draw the output wave form for the following logic gates shown in Figure Q2. A o B Co Do E o D D Figure Q2 ZUSE DIGITAL LOGIC AND DESIGN Part 1: In Figure_4; we have 4-bit Comparator using 2-bit Comparators block. You have to satisfy given condition by applying all data on figure 4. At the end, given condition should produce HIGH output and other two should be LOW. A3 A2 A1 A0 = 1101 and B3 B2 B1 B0 = 1110 Figure_4 Part 2: The serial data-input waveform (Data in) and data-select inputs (S0 and S1) are shown in Figure_5. Determine the data-output waveforms from D0 through D3. Figure_5 Part 3: Decoder can be useful when we have to decode some specific numbers from their equivalent code. Figure 6 has a concept of 3 to 8 line decoder from which you have to generate output waveform from D0 to D7 with proper relationship to input. Figure_6 Part 4: The data-input and…