you answer for this question but very shortcut can you please answer with some nots thanks . Provide this 8-bit CPU with a 64Kb yte memory space by making use of 16K x 4 memory chip like the ones...
. Provide this 8-bit CPU with a 64Kb yte memory space by making use of 16K x 4 memory chip like the ones provided in the figure below. ) Fill in the blanks beside and inside the memory chips with the appropriate numbers. The number on top of this The spaces besides the A's and the D's are to indicate which lines of the address and data busses are connected to each chip, respectively symbolepresents the number of lines on that bus. 17 pt ) Complete the connections in the figure below adding logic gates where needed to produce the chip select (CS) signals needed in the decoding logic. Explain the reasods for the connections made, include expressions for the Boolean logic used. 17 P ) Provide the address range allocated to each of the chips used ote: R/W & clock signals are omitted for simplicity 16 Address Bus (A15-Ao) A -A A -A 16K x 8 16K x 8 16K x 8 D -D CS 8-bit CPU A -A A -A A-A- 16K x 8 16K x 8 16K x 8 D -D CS 8
. Provide this 8-bit CPU with a 64Kb yte memory space by making use of 16K x 4 memory chip like the ones provided in the figure below. ) Fill in the blanks beside and inside the memory chips with the appropriate numbers. The number on top of this The spaces besides the A's and the D's are to indicate which lines of the address and data busses are connected to each chip, respectively symbolepresents the number of lines on that bus. 17 pt ) Complete the connections in the figure below adding logic gates where needed to produce the chip select (CS) signals needed in the decoding logic. Explain the reasods for the connections made, include expressions for the Boolean logic used. 17 P ) Provide the address range allocated to each of the chips used ote: R/W & clock signals are omitted for simplicity 16 Address Bus (A15-Ao) A -A A -A 16K x 8 16K x 8 16K x 8 D -D CS 8-bit CPU A -A A -A A-A- 16K x 8 16K x 8 16K x 8 D -D CS 8