Write an entity declaration and architecture for the 4-bit priority encoder:
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Q: 2- Design with drawing an octal-to-binary Encoder ?
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Q: Priority encoders alone can be used to implement any combinational logic circuit. True False
A: given data:
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A: Consider a processor that includes a base with indexing addressing mode. Suppose an instruction is…
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A: Below find the solution !!
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Q: Explain the function, truth table, schematic design and etc of the 4 bit full adder circuit
A: We need to explain the function, truth table, schematic design and etc of the 4-bit full adder…
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Q: Design a system called a parallel binary comparator, that compares the 4 – bit binary string A to…
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Q: Derive the truth table of an octal-to-binary priority encoder.
A: The solution is given below
Q: Design the 4 bit parallel binary adder.
A:
Q: (b) Draw a block diagram of 3 bit synchronous binary counter.
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Write an entity declaration and architecture for the 4-bit priority encoder:
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- 1.With a neat diagram ,explain about the working of 3 bit binary weighted type DAC.Please write nicely. Draw the 4-bit shift right register circuit implemented with JK type F/Fs. Since the circuit has serial data inputs (01101011), what will be the Q outputs of the F/Fs at the end of the 5.CLK? (F/F outputs are 0 at the first time, show each step in the table.)Q1. Design asynchronous (ripple ) binary counter and timing diagram for the following sequence (0,1,2,3,4,5) Q2. Determine the resolution expressed as a percentage of 16-bit DAC.
- Consider the following instruction breakdown that decomposes an instruction into 4 parts: OPCODE DST SRC IMM OPCODE specifies the Operation's CODE. DST specifies a DeSTination register. SRC specifies a SouRCe register. IMM specifies a 2's complement value (that's IMMediately available as part of the instruction). Assume the architecture has 32-bit instructions, 231 opcodes, and 32 registers. A.) What is the minimum number of bits required to represent an OPCODE? 8 B.) What is the minimum number of bits required to represent a register? 3 C.) What is the maximum number of bits that can be used to represent the IMM value? D.) What is the largest positive value in base 10 that can represented by the IMM value?Design and draw a 4-bit register with load control functions specified.(In the process of changing the locations of the output, the zero bit should be replaced with the third bit and the first bit must be replaced with the second bit.)Q1/ To Design 20 – bit BCD adder can using 3(8-bit binary adder), 16 F.A and 8H.A O 2 (4-bit binary adder) , 3 (4-bit binary adder) .10F.A and 2 H.A (8-bit binary adder) , 3 (4-bit binary adder), 10 F.A and 5H.A None of them 2(8-bit binary adder), 1 (4-bit binary adder), 2 F.A and 10H.A
- 5-For Binary-weighted resistor DAC of more than 4-bits, Binary Weighted Quads are used. Explain the operation of 8-bit binary quads DAC.4) Write the function table for the given 1-bit ALU in the figure. Ainvert Binvert LO B invert Carry in (MUX) Carryin CarryOut Operation Operation (MUX) Result AND OR ADD SUB NAND NOR Result(b) For a two-input OR gate, Find the standard SOP and POS expressions as a function of input variables.