Question

1. As a digital design engineer you are required to design a 6-bit detector circuit from 8-bit shift register whose serial in comes into the MSB. The sequence to detect is different for each student and is given in the accompanying Mix & Match MS Excel. If the sequence is detected, then the output F = 1. Use the most significant 6 bits in the register to design the circuit so that the pattern can be detected immediately after its appearance in the register. Draw the circuit's schematic diagram. 8 bit shift right register Serial Data Input Circuit to be designed F 2. You are also assigned to design an FSM based tracker to detect the same sequence of 6-bit pattern in (1). Once the sequence is detected, output Z will be set to 1. Then the tracker will go to initial state and continue to detect the sequence indefinitely. i. Develop a state diagram for this finite state machine. ii. Develop a state table for the system.

          1. As a digital design engineer you are required to design a 6-bit detector circuit from 8-bit shift
register whose serial in comes into the MSB. The sequence to detect is different for each
student and is given in the accompanying Mix & Match MS Excel. If the sequence is detected,
then the output F = 1. Use the most significant 6 bits in the register to design the circuit so
that the pattern can be detected immediately after its appearance in the register. Draw the
circuit's schematic diagram.
8 bit shift right register
Serial
Data
Input
Circuit to be designed
F
2. You are also assigned to design an FSM based tracker to detect the same sequence of 6-bit
pattern in (1). Once the sequence is detected, output Z will be set to 1. Then the tracker will
go to initial state and continue to detect the sequence indefinitely.
i.
Develop a state diagram for this finite state machine.
ii.
Develop a state table for the system.

1. As a digital design engineer you are required to design a 6-bit detector circuit from 8-bit shift
register whose serial in comes into the MSB. The sequence to detect is different for each
student and is given in the accompanying Mix Match MS Excel. If the sequence is detected,
then the output F = 1. Use the most significant 6 bits in the register to design the circuit so
that the pattern can be detected immediately after its appearance in the register. Draw the
circuit's schematic diagram.
8 bit shift right register
Serial
Data
Input
Circuit to be designed
F
2. You are also assigned to design an FSM based tracker to detect the same sequence of 6-bit
pattern in (1). Once the sequence is detected, output Z will be set to 1. Then the tracker will
go to initial state and continue to detect the sequence indefinitely.
i.
Develop a state diagram for this finite state machine.
ii.
Develop a state table for the system.

Added by Christina J.

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