Select the correct minimized function derived from the following K-map. OA'D + A'C + BC'D + BCD + AB'C'D' + AB'CD OA'D + A'C + BC'D+BCD'+AB'C'D' + B'CD ○ A'D + A'CD' + BC'D+BCD + AB'C'D' + B'CD A'CD + A'C + BC'D+BCD + AB'C'D' + B'CD CD 00 01 11 10 AB 00 0 1 1 1 01 0 1 1 1 11 0 1 0 1 10 1 0 1 0
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- Derive the Sum of Minterms form of F and F'. Show all work. F(A, B,C,D) = A'B'C'D' + AD + A'C'D' + BCD' F(A, B,C,D) = F’(A, B,C,D) =[4] Draw the adder-subtractor circuit for input mode M and data inputs A and B. In each case, determine the values of the outputs: S3, S2, S1, S0, and C4. A a- 0111 0110 b- 0. 1000 1001 C- 0. 1100 1000 d- 1 0101 1010 e- 1 0000 0001Quèstion 4 The simplification of the following by using a 4-variable k-map AD' + B'C'D + BCD' + BC'D gives: F=AD' + C'D+ BCD' True False A Moving to another question will save this response. O Type here to search
- What are the two Boolean expression to create a half adder circuit? Sum = A*B + A*B, Carry Out = A*B Sum = A*B + A*B, Carry Out = A*B Sum = A*B,Carry Out =A*B Sum =x = A*B + A*B, Carry Out= A*B %3D6674 in octal equal to . .in hexadecimal O a. 1C x1+ 1A x10 +C x100 O b. 2C x1+ 19 x10 +C x100 O c. Dx1+ B x10 +C x100 O d. C x1+ 1BX10 +C x100Q- DA D Find the state graph for the following parallel counter: C B clk clk clk (Handwriting solution is needed: include this in your pdf file) CBA
- Q 1. (a) The adder-subtractor circuit given below has the following values for mode input M and data inputs A and B: determine the Output, Overflow and C for each case. MAB 0 001 100 M a b0 000 000 c1 110| 100 FA FA FA FA d1 010 100 1 000 000 e (b) What is race around condition in sequential circuits? How can we avoid it?Problem 3: Please convert the Mealy FSM in Table 1 to a Moore machine by showing the Moore FSM table. Next State, Output Current State Input 0 1 A B,1 D,0 B C,0 B,0 C B,1 A,0 D B,0 C,0 Table 1For this exercise, create a project using Keil or MCU8051 and use the editor to type a simple code that show the following results: Location Value R1 66H R2 F5H R5 34H 77H 56H 80H 45H Then: Add the numbers in R2 and R5 and save the answer in 51H. Add the current value in A with 'A5H' and save the answer in R6.
- I don't understand what to put in the JA, JB, and JC rows & KA, KB, KC rows. I also need help with creating the k-maps and circuitE混mpie (1) Determine the output of the DAC in Figure (a) if the waveforms representing a sequence of 4-bit numbers in Figure (b) are applied to the inputs. Input Do is the least significant bit (LSB). 200 kn Doo M R 100 kn D o M- 0123 4567 89 1011 1213 14 15 +5V U Do +5 V 10 kn 50 kn D, O +5 V 25 kf? +5 V D, o W- D, (а) (b) Re solving this question and show me step step pls Solution First, determine the current for each of the weighted inputs. Since the inverting (-) input of the op-amp is at 0 V (virtual ground) and a binary 1 corresponds to +5 V, the current through any of the input resistors is 5 v divided by the resistance value. 200 k D, o M 5V -0.025 mA 200 k 5V 4- 100 kn D, o W- 10 ka 0.05 mA 100 k 50 kn Dy o W- 25 k D, o W 5V = 0.1 mA 50 k SV -0,2 mA 25 k (a) Solution Almost no current goes into the inverting op-amp input because of its extremely high impedance. Therefore, assume that all of the current goes through the feedback resistor Rr. Since one end of R, is at 0 V…In K-map, you might find some cells filled with the letter d (or X). This d is called "Don't care" There may arise a case when for a given combination of input, we may not have a specified output, or the input combination may be invalid. The combinations for which we don't have any output expression specified are called don't care combination. When forming groups of cells, don't care conditions (d) are considered as 1, if it helps form the largest group, otherwise it is considered as 0 and are left during grouping. This is helpful if it allows us to form a larger group than would otherwise be possible without the don't cares. There is no requirement to group all or any of the don't cares. Rule: Only use the Don't cares in a group if this simplifies the logic. Based on the above note, and applying the same K-Map rules, you are asked to answer the below questions for the below 4-variable K-Map: a- Show the groups that should be considered, replacing the d's where necessary to obtain the…