Consider the circuit shown in Figure $6.$ It uses a three$-$bit wide $5-$to$-1$ multiplexer to enable the selection of five characters that are displayed on a $7-$segment display. Using the $7-$segment decoder from Part IV this circuit can display any of the characters H$,$ E$,$ L$,$ O$,$ and $$blank$.$ The character codes are set according to Table $1$ by using the switches SW$14-0,$ and a specific character is selected for display by setting the switches SW$17-15.$

Use the circuits from Parts III and IV as subcircuits in this entity. The purpose of your circuit is to display the word HELLO on the five displays that is composed of the characters in Table $1,$ and be able to rotate this word in a circular fashion across the displays when the switches SW$17-15$ are toggled. The circuit should produce the output patterns illustrated in Table $2.$

Consider the circuit shown in Figure $6.$ It uses a three$-$bit wide $5-$to$-1$ multiplexer to enable the selection of five characters that are displayed on a $7-$segment display. Using the $7-$segment decoder from Part IV this circuit can display any of the characters H$,$ E$,$ L$,$ O$,$ and $$blank$.$ The character codes are set according to Table $1$ by using the switches SW$14-0,$ and a specific character is selected for display by setting the switches SW$17-15.$

Use the circuits from Parts III and IV as subcircuits in this entity. The purpose of your circuit is to display the word HELLO on the five displays that is composed of the characters in Table $1,$ and be able to rotate this word in a circular fashion across the displays when the switches SW$17-15$ are toggled. The circuit should produce the output patterns illustrated in Table $2.$Consider the circuit shown in Figure $6.$ It uses a three$-$bit wide $5-$to$-1$ multiplexer to enable the selection of five characters that are displayed on a $7-$segment display. Using the $7-$segment decoder from Part IV this circuit can display any of the characters H$,$ E$,$ L$,$ O$,$ and $$blank$.$ The character codes are set according to Table $1$ by using the switches SW$14-0,$ and a specific character is selected for display by setting the switches SW$17-15.$

Use the circuits from Parts III and IV as subcircuits in this entity. The purpose of your circuit is to display the word HELLO on the five displays that is composed of the characters in Table $1,$ and be able to rotate this word in a circular fashion across the displays when the switches SW$17-15$ are toggled. The circuit should produce the output patterns illustrated in Table $2.$Consider the circuit shown in Figure $6.$ It uses a three$-$bit wide $5-$to$-1$ multiplexer to enable the selection of five characters that are displayed on a $7-$segment display. Using the $7-$segment decoder from Part IV this circuit can display any of the characters H$,$ E$,$ L$,$ O$,$ and $$blank$.$ The character codes are set according to Table $1$ by using the switches SW$14-0,$ and a specific character is selected for display by setting the switches SW$17-15.$

Use the circuits from Parts III and IV as subcircuits in this entity. The purpose of your circuit is to display the word HELLO on the five displays that is composed of the characters in Table $1,$ and be able to rotate this word in a circular fashion across the displays when the switches SW$17-15$ are toggled. The circuit should produce the output patterns illustrated in Table $2.$

I need the full design of the circuit shown in the picture.