Please fill in the above circuit with the 4 d latches, multiplexers and whatever else is needed.

Selector 00 Enable 0 Out. Using the D Latches you just created, build a 41 memory where your memory have 4 addresses/rows which store 1-bit of data each. Your memory should use level-triggered logic. Take a look at the following (blackbox) memory visual.... In the provided circuit you have the following components - 'Address Selector' or ('Selector' in circuit) - a 2-bit input and determines which row of memory we select. - When 'Address Selector' is 00, we select the top most row. - When 'Address Selector' is 01, we select the second row. - When 'Address Selector' is 10, we select the third row. - When 'Address Selector' is 11, we select the fourth row. - 'Enable' - decides whether you want to write into memory or not. NOTE: 7 - You can write/save into a particular row if the 'enable' is ON and that row is selected by the 'Address Selector'. - Each row can contain 1-bit data. - The 'Address Selector' also determines which row's output is displayed