In general, the Outputs of a sequential logic circuit are determined by the: INPUTS ONLY MEMORY ELEMENTS OUTPUT LOGIC BLOCK INPUT LOGIC BLOCK O PRESENT STATE

A state machine produces consecutive outputs, at each rising edge of the clock, in the following sequence. A B 1 1 0 1 then repeating 0 0 etc The state transition logic in this system may be implemented by the logic circuit shown below. This circuit is designed using two D flip-flops as well as two logic gates referred to as i and ii in the figure below. ii 1D C1 B 1D C1 CLK a) What is the function of gate i? Please select your answer among the choices given below. Recall that a NOR-EXCLUSIVE gate is an OR-EXCLUSIVE gate with an inverted output, i.e. an OR-EXCLUSIVE gate followed by a NOT gate. O NOR-EXCLUSIVE O NAND O NOR Submit part Unanswered b) What is the function of gate ii? Please select your answer among the choices given below. O NAND O NOR-EXCLUSIVE O NOR Submit part Unanswered

The sequential logic circuit may include a combinational logic gates circuit O True False

1D) For a combinational logic circuit of four inputs and one output having following conditions:  if the number of 1’s in the inputs are odd then output is 0  if the number of 1’s in the inputs are even then output is 1 a. Draw the truth table b. Find the simplified logic function using K-Map

explain in yellow  and find the k-map please

i need the answer quickly

How can I create a circuit based on the table below, I have 2 inputs and 2 outputs.  I would like to see the actual circuit using logic gates, not a block or device symbol.  Input Output IN1 IN0 VAL CLOCK 0 0 0 0 0 1 0 1 1 0 1 1

Dont plagarise and read the question carefully please and do it correctly and solve it quickly

A W2 Do B W1 D- F Dot W3 Figure 5. Combinational circuit 2. List the logic gates names that have been used in the given combinational logic circuit. 3. Write the Boolean expression for w1, w2, w3 and F. 4. Fill in the truth table with the correct results. Table 2. Truth Table A B B' A+B' A.B (A.B)' F

Draw a ladder diagram that is equivalent to the digital logic diagram in Figure D D A B A +8 o F