Write a VHDL Code to implement the sequential logic circuit shown in Fig. 2.

create the schematic needed for part d please

Create a logic circuit diagram for the following Boolean algebra expression:     Produce the truth table for your logic circuit, showing your method for determining the output for each set of inputs, and evaluate your results using computer software.   There is a requirement to design a transistor amplifier circuit which gives a voltage amplification of 25dB.   What are the further details that you as a designer require in order to complete the design process?   If the input to the amplifier above is , what is the output?   Sketch a suggested configuration for the amplifier circuit and plot both input and output signals on the same axes.   Contrast the differences between the electronic devices used in a. and b. in terms of their operation and application, elaborating on the advantages and disadvantages of such devices, and evaluate the circuits determined.     Note: To achieve the higher criteria for learning outcome 3 and 4, evaluate your work using computer software…

Problem 3: Consider the sequential circuit below. Assume that by using the signal P, the flip- flops are brought to the initial state Q3=1, Q2=1, Q1=0, Q0=1. P CLK CLK CLK1 CLK2 CLK3 CLK4 CLK5 CLK6 R D Q3 1 S CLK R O Q2 Q2 Q2 1 D S CLK R O Q1 Q1 Q1 0 D S (a) Fill the table below, until the states start repeating, (where CLK1 is the first rising edge of clock, CLK2 is the second rising edge of clock, and so on.) Note: The table below is not a state table. CLK R QO QO Qo 1

4. Consider the following circuit. a. X- The flip-flops shown are D flip-flops. Give a state table that represents the behavior of this circuit. Give a state diagram that illustrates the behavior of this circuit. b. CLK A 8

"ble circuit auuery 7. Draw the logic diagram of a five-bit parallel adder circuit using full adders.