4. Draw a logic diagram of a 4-bit shift register with mode selection inputs S1, S2 to operate according to the following function table: S2 S1 Function 00 Resets the outputs 0 1 Loads data value of 1110 1 0 Shifts data to right by two positions
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- 14.) Using rising edge JK-Flipflops and Digital Logic Gates, build a 4-Stage Shift Register. I recommend labeling D0, Q0, Q1, etc. Based on the waveforms for the CLK (clock) and D0 input generate the waveforms for Q0, Q1, Q2, Q3. DO CLK QO Q1 Q2 Q3The 3-bit shift register is shifted five times to the right with the serial input being 1011101. What is the content of the register? (Write your answer using only 0s and/or 1s.)This question is from the subject Digital Logic Design. Assume your register number SF20-BEC-xxx (excluding the dashes -) is in Hexadecimal, where xxx are the three digits of your registration number. a) Represent your registration number in the binary.b) Split the ten digits of your registration into two Hexadecimal numbers M and N, where the left most five digits make number M and the right most five digits make number N. Using r’s complement, subtract N from M. In other words, calculate M – N. Solve the question for registration no SF20-BEC-156.
- Draw a logic diagram of a 4-bit shift register with mode selection inputsS1, S2 to operate according to the following function table:Q1. Show the implementation of 4 bit binary to gray code (shown in below table) converter using either EPROM or PLA. In Gray code only one bit changes at a time. Binary Gray code Decimal equivalent 0000 0000 1 0001 0001 0010 0011 3 0011 0010 4 0100 0110 5 0101 0111 6. 0110 0101 7 0111 0100 8. 1000 1100 1001 1101 10 1010 1111 11 1011 1110 12 1100 1010 13 1101 1011 14 1110 1001 15 1111 1000Design a shift register using d flip flop and logic gates to go from 0001 to 0010 to 0100 to 1000 and repeating
- This question is from the subject Digital Logic Design. Assume your register number FA19BSExxx (excluding the dashes -) is in Hexadecimal, where xxx are the three digits of your registration number. a) Represent your registration number in the binary. b) Split the ten digits of your registration into two Hexadecimal numbers M and N, where the left most five digits make number M and the right most five digits make number N. Using r’s complement, subtract N from M. In other words, calculate M – N. Solve the question for registration no SP20-BCS-156.The waveforms in Figure 08 are applied to the 4-bit parity logic. Determine the output wave-form in proper relation to the inputs. For how many bit times does even parity occur, and how is it indicated? The timing diagram includes eight bit times. Q.21 Bit time Ao A1 A2 A3 FIGURE 081- Write an 8086 assembly language program to multiply the contents of the registers CL & BL by using repeated addition and store the result in AX. 2- Write a short sequence of instructions that subtracts the numbers in DI, SI, and BP from the AX register. Store the difference in register BX. 3- Write a short sequence of instructions that cube the 8-bit numbers found in DL. Load DL with a 5 initially, and make sure that your results is a 16-bit number. 4- Determine the contents of the registers and the carry flag after execution the following program: MOV AX, 5 MOV BL, 7 MOV CX, 4823H MUL BL ААМ OR AX, 3030H OR CX, 0600H AND CX, OFFFCH XOR CX, 1000Н ADD CH, CL 5- Determine the contents of the registers and the carry flag after execution the following рrogram: MOV AX, 198 MOV CX, 100 MOV DX, 0 DIV CX AAM ADD AX, 3030H MOV BX, AX XCHG AX, DX AAM ADD AX, 3030H
- This Question is from Digital Logic Design Q1. Assume your register number EF20BCE039 is in Hexadecimal, where014 are the three digits of your registration number.a) Represent your registration number in the binary.b) Split the ten digits of your registration into two Hexadecimal numbers M and N, where the leftmost five digits make number M and the right most five digits make number N. Using r’scomplement, subtract N from M. In other words, calculate M – N.6) Write an 8086 assembly language program to multiply the contents of the registers CL & BL by using repeated addition and store the result in AX. 0006Draw the logic diagram of a fiveObit register with five D flipOflops and five 4 x 1 multiplexers with mode selection inputs sl and s0. The register operates according to the following function table. Register Operation No Change Complement the four Output Clear register to 0 (Synch) Load parallel data So 1 1 1 1