For a gated S-R latch, determine the Q and Q outputs for the inputs in Figure 7–73. Show them in proper relation to the enable input. Assume that Q starts LOW. S S innn EN EN R

Q: F1(A,B,C) =E(2,4,7) , F2(A,B,C) -Σ(0,3) , and F2(A,B,C) =E(0,2,3,4,7) raw the equivalent circuit…

A: Here 3*8 decoder is used with 2 input AND gates, 2 input OR gates and NOT gate are used to implement…

Q: What is the primitive gate instance corresponding to the waveforms shown in Figure A16 knowing that…

A: The way the switches are connected determines how the circuit works.... Primitive gates, also known…

Q: An AND gate with its inputs inverted is equivalent to  a.A NOR gate b.A NAND gate c.An OR gate…

A: Let A and B are the inputs and A1 be the inverted version of A , B1 be the inverted version of B.…

Q: 2-a- design a 8XJ MUX using 4X1 MUX and 2X1 MUX. Draw the circuit and explain? b-use one NOT gate…

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Q: Convert the following circuit to an equivalent one that uses only NAND and NOR gates. You can add…

A: as per our guidelines we are supposed to answer?️ only one question. Kindly repost other questions…

Q: QUESTION 6 According to the following gate design, find value of (z). y – O z = (x+y)' O z = (x.y) O…

A: The given gate is a two input standard and gate:

Q: Convert the following circuit to one that uses NAND gates only and then choose the correct circuit.…

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Q: A B 0 0 C O D D 8 U X

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Q: 5. Design the Full Adder circuit using: i) only Half Adders and a OR gate, ii) only a single 3x8…

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Q: Show the Q and Q output waveforms for the latch in Figure 7-37 in relation to the input waveforms…

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Q: The NOT gate gives high output for a low input . Select one: True False

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Q: Q2. The universal gate is .... 1. NAND gate 2. OR gate 3. AND gate 4. None of the above

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Q: The output of a two-input NOR gate is high, when two inputs are Question 8 Hot yet answered Marked…

A: 7. The output of a two-input NOR gate is high when two inputs are low.

Q: Q1 find the output waveform by applying the Y= (AC+BC)+D) gate when the input waveform A and C…

A: The given waveform is,

Q: There are different states in a 4-bit Johnson counter 4 none of the mentioned 3

A: Johnson counter:- It is a modified ring counter in which the inverted output from the last flip flop…

Q: 8.) Given the following, simplify to the least amount of gates. Each variable (A,B,C,D) and its…

A: Some Properties of Logic Circuit: 1. A+A'=12. A.A'=03. A''=A4. A+B'=A'.B'5. A.B'=A'+B'6.…

Q: The XNOR gate produces a HIGH output only when both inputs are at same logic levels

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Q: 7. For a gated D latch, the waveforms shown in Figure 7-76 are observed on its inputs. Draw the…

A: We know that  The output of D-Latch is same as input  with some delay. The D-Latch responds whenever…

Q: d out the logic function of OUT of the following circuit: Vs A- B- R6 -OUT AVS R₂

A: The logic functions are represented by an expression in which the function of input is equated…

Q: The forward break over voltage is maximum when a. Gate current = 0 b. Gate current = -infinity c. It…

A: The forward break over voltage is maximum when Gate current is zero.

Q: 4. For a gated S-R latch, determine the 2 and outputs for the inputs in Figure 7-73. Show them in…

A:

Q: 11. Implement the following two functions neing a 3 to 8 dlecoder in two different ways. G(x,y,2)…

A: the function of the 3 to 8 decoder is as below G(x,y,z) = ∑m(0,2,3,4)

Q: Circuit #3 En This can also be tried with 5 NOT gates in series if three is not working. Start with…

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Q: Design a 7-bit counter. (It can be a synchronous or asynchronous counter.) This counter is requested…

A: The 7 bit counter can count upto 27 = 128 different states , that is from 0 to 127 on normal working…

Q: 02/ find the output waveform by applying the A.(C.B)+D gate when the input waveform A and C inverted…

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Q: Write the assembly code that constantly checks the 3rd pin of the p3 port and makes the 5th pin of…

A: The low-level language of programming ffor microprocessors and other programmable devices is…

Q: 01 find the output waveform by applying the Y= (C(A+B))•(D .B) gate when the input waveform A and C…

A: GIVEN Y = C.(A+B)+D.B

Q: NOR gate is equivalent to a negative AND Select one: O True O False

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Q: What are the disadvantages to using high-density modules? The output modules can overheat O The…

A: There can be up to 64 inputs or outputs on a high-density module. The high-density module has the…

Q: Which of the following is not TRUE for a NOT gate O a. It performs complementation O b. If the input…

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Q: [Part.2] Manually draw the logical circuit that performs the Full Adder operation using Half…

A: Full Adder using Half adder Circuit: Truth Table: K-map for Sum:…

Q: Which of the following statement is incorrect about the 'initial' block? O The initial blocks will…

A: The properties of initial blocks are: Initial blocks cause particular instructions to be performed…

Q: a. You are given two minterm functions with 3 inputs A, B, and C as follows: 1. F1 (A,B,C) =…

A: As per our company guidelines we are supposed to answer only first question kindly repost other…

Q: True / False A 2-input OR gate produces a high output when any of the inputs is high.

A: A 2-input OR gate produces a high output when any of the inputs is high.

Q: Explain what will happen to the density of states diagram when a pegative Ve is applied at the gate…

A: The density of state is essentially the number of different states at a particular energy level that…

Q: 7. Simplify the following state tables by reducing the state set as much as possible.

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Q: A JFET produces gate current of 1.5nA when gate is reverse biased with 6V. Calculate the value of…

A: JFET  Gate reverse current 1.5nA Gate Voltage = 6V Resistance?

Q: For the JFET in Figure 7-11. Vescom = -4 V and /pss = 12 mA. Determine the minimum value of Vpp…

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Q: The entrance to a group of four flats has a tube light. The tube light is to be switched ON and OFF…

A: The entrance to a group of four flats has a tube light. The tube light is to be switched ON and OFF…

Q: th table of a XOR gate and its equivaler

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Q: For each of the following circuits, find the output and design a simpler circuit having the same…

A: Digital circuit is given, Now, drawing the modified circuit.

Q: You are allowed to use any amount of 2-input AND gates, 2-input XOR gates, and 1-input NOT gates to…

A: Let two bits of the data is a &b Let the output is O

Q: Identify the correct statement that relates to XOR gate O a. The output is high when the inputs are…

A: To select correct answer from the option

Q: Q5 The flip-flop in Figure 7–88 is initially RESET. Show the relation between Q output and the clock…

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Q: If the input A is HIGH or the input B is HIGH or BOTH the inputs are HIGH, then the output X is…

A: Given that If the input A is high or the input B is high or both inputs are high then output is 1.…

Q: According to the following gate design, find value of (z). O z = (x)' O z =x O z = y' O z = x'

A: Given gate is a NOT gate. Which will complement the input.

Analog to Digital Converters

The analog-to-digital converter (ADC) allows circuits controlled by microprocessors, Arduinos, Raspberry Pi, and various reasonable digital circuits to be connected to the real world. In the real world, analog signals have a continuous stream of information from a variety of sources and sensors capable of measuring sound, light, temperature, or movement, in addition to the many digital systems that interact with their environment by measuring analog signals from those transducers.