(Solved): See if my circuit is correct. if not plz correct it using a similar way (use mux/decoder, etc) ...

See if my circuit is correct. if not plz correct it using a similar way (use mux/decoder, etc)

2x. crente $$64k\times 16$$ bit memory vsing $$?\begin{array}{ll}32k\times 16\text{ bit }& 2^{10}?2^5=2^{13}\\ 16k\times 8\text{ bit }(x2)& 8?4\\ 32k\times 4\text{ bit }(x2)& 3.2\end{array}$$ Totnl P.A bits $$=2^6?2^{10}?2^4=2^{20}$$ Col select $$=20?16=4$$ \begin{tabular}{|lc|c|} \hline \multicolumn{2}{|c|}{ row } & col \\ \hline 20 & $$?$$ & $$4(3)210$$ \end{tabular} Construct a $$64\mathrm{K}\times 16$$ bit memory device using exactly one $$32\mathrm{K}\times 16$$ bit, two $$16\mathrm{K}\times 8$$ bit and two $$32\mathrm{K}\times 4$$ bit memory chips. You may also use any number of logic gates (AND, OR, NOT, NAND, NOR), decoders and multiplexers you wish. Your memory device will have inputs: Address [15:0], DataIn [15:0], WriteEnable and output: Data0ut [15:0]. Each individual memory chip has Address, DataIn, and WriteEnable inputs and DataOut outputs. Each of the chips given below corresponds to the list of chips you can use. Draw any other circuitry you need inside the box. Be sure to clearly mark all connections and show bit-widths for all signals.