Shol memory device is implemented by one 3-to-8 decoder and eight memory units (#1, #2, ...), configure this 32 x 8 memory device (please give the number, i.c., #1, #2, .... #8)?(3%) This is a 32x8 memory device with address lines (A,A,A,A), which four memory units are used to (6) For (A,A,A,A,A. (00101) and R/W is HIGH, what is the read out decimal value of (0:00:0.0,Q: Q.Qo), where Q. is LSB? (3%) (C) If A, address line is connected VCC, then this 32 x 8 memory device is reduced as a 16X8 memory device with 4 address lines (A,A,A,A). Which two memory units are used to configure this 32x8 memory device (please give the number, i.e., #1, #2, ..., #8)?(3%) (d) For (A,A,A,A)-(1010) and R/W is HIGH, what is the read out decimal value of (Q.Q.Q.Q.0.0. Q.Q.)?(3%) (e) As shown in Fig. 5(b), we design a burst feature in the 32x8 memory device in (a), where (AA) are internal addresses for memory. This burst feature allows the memory to read/write for burst locations using a single address. Suppose (A.A.A2AA.)=(11101). For this burst reading (if R/W control line is HIGH), write all the decimal values of (Q Q.QsQ.Q.Q.Q.Q.) you can read out (note: the counter in burst logici adopted from the counter in Problem 2).(5%) Shol memory device is implemented by one 3-to-8 decoder and eight memory units (#1, #2, ...), configure this 32 x 8 memory device (please give the number, i.c., #1, #2, .... #8)?(3%) This is a 32x8 memory device with address lines (A,A,A,A), which four memory units are used to (6) For (A,A,A,A,A. (00101) and R/W is HIGH, what is the read out decimal value of (0:00:0.0,Q: Q.Qo), where Q. is LSB? (3%) (C) If A, address line is connected VCC, then this 32 x 8 memory device is reduced as a 16X8 memory device with 4 address lines (A,A,A,A). Which two memory units are used to configure this 32x8 memory device (please give the number, i.e., #1, #2, ..., #8)?(3%) (d) For (A,A,A,A)-(1010) and R/W is HIGH, what is the read out decimal value of (Q.Q.Q.Q.0.0. Q.Q.)?(3%) (e) As shown in Fig. 5(b), we design a burst feature in the 32x8 memory device in (a), where (AA) are internal addresses for memory. This burst feature allows the memory to read/write for burst locations using a single address. Suppose (A.A.A2AA.)=(11101). For this burst reading (if R/W control line is HIGH), write all the decimal values of (Q Q.QsQ.Q.Q.Q.Q.) you can read out (note: the counter in burst logici adopted from the counter in Problem 2).(5%)