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(Solved) : Using Quartus Design Test 8 Bit Right Shift Register Serial Input Part Ii Modify Circuit U Q35576880

Using Quartus design and test an 8-bit Right shift register withserial input…

Part II

Modify the circuit to use the SET FF to set the registerto 1010 0111 with a single input. Once set modify the input signalsto shift the register 6 times and verify the results.

Original question posted for reference, but asking only thehighlighted portion.

Using Quartus design and test an 8-bit Right shift register with serial input. The circuit will also have ana synchronous cle

Using Quartus design and test an 8-bit Right shift register with serial input. The circuit will also have ana synchronous clear Use D flip-flops in your design (Libraries: primitives → Storage → df) The CLRN input to the D flip-flop is an active low asynchronous clear. Ensure the output of each D-FF goes to an output so the functionally of the shift register can be verified. Notes about the dff: 1. 2. 3. A1l 8 Flip-Flop need to share a common clock which is connected to an “in The clear is an active low so the shift only works when this input is high. The serial input value is the value read when the clock moves from 0 to 1. Positive edge triggered flip-flop Ensure your simulation input file sufficiently demonstrates the serial input, shift and asynchronous clear Students are allowed to construct this circuit outside of the lab. You must be prepared to answer questions from the TA about your circuit. There is a part II to this assignment that will be given to the students by the Lab Instructor after Part I is complete and verified Part II Modify the circuit to use the SET FF to set the register to 1010 0111 with a single input. Once set modify the input signals to shift the register 6 times and verify the results Show transcribed image text Using Quartus design and test an 8-bit Right shift register with serial input. The circuit will also have ana synchronous clear Use D flip-flops in your design (Libraries: primitives → Storage → df) The CLRN input to the D flip-flop is an active low asynchronous clear. Ensure the output of each D-FF goes to an output so the functionally of the shift register can be verified. Notes about the dff: 1. 2. 3. A1l 8 Flip-Flop need to share a common clock which is connected to an “in The clear is an active low so the shift only works when this input is high. The serial input value is the value read when the clock moves from 0 to 1. Positive edge triggered flip-flop Ensure your simulation input file sufficiently demonstrates the serial input, shift and asynchronous clear Students are allowed to construct this circuit outside of the lab. You must be prepared to answer questions from the TA about your circuit. There is a part II to this assignment that will be given to the students by the Lab Instructor after Part I is complete and verified Part II Modify the circuit to use the SET FF to set the register to 1010 0111 with a single input. Once set modify the input signals to shift the register 6 times and verify the results

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