You are tasked to design a control unit for a light display. The light display design has three light components, see Figure 4.1a.  Design a state machine that will control the sequence of the display (see Figure 4.1b). Your design should include three edge triggered D flip-flops, with each of the components controlled by one D flip-flop. Individual states of the sequence have been pre-defined (see Figure 4.1b), and the sequence should be run as an infinite loop. Any unused states can be treated as Don’t Cares. Your answer should include the following: a) A state diagram for the monitoring unit. b) A transition table. c) Based on the transition table in part b), use Karnaugh Maps to derive input equations the three D flip-flops. Show the full circuit design for the display control unit. Use a block diagram for each D flip-flop.

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You are tasked to design a control unit for a light display. The light display design has three light components, see Figure 4.1a. 

Design a state machine that will control the sequence of the display (see Figure 4.1b). Your design should include three edge triggered D flip-flops, with each of the components controlled by one D flip-flop. Individual states of the sequence have been pre-defined (see Figure 4.1b), and the sequence should be run as an infinite loop. Any unused states can be treated as Don’t Cares. Your answer should include the following:

a) A state diagram for the monitoring unit.

b) A transition table.

c) Based on the transition table in part b), use Karnaugh Maps to derive input equations the three D flip-flops. Show the full circuit design for the display control unit. Use a block diagram for each D flip-flop. 

State
000
100
110
a) Light display design
111
b) Display sequence
Figure 4.1
Transcribed Image Text:State 000 100 110 a) Light display design 111 b) Display sequence Figure 4.1
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