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6. Interpret the datasheet for the 74138 demultiplexer, and complete the following timing diagram. 0 74138...
7. Interpret a datasheet for the 74148 encoder and complete the following timing diagram. () 74148 ON 1N put EON AON A1N nput4 nput EIN st ENCODER Data Input6 Data Input4 Data_Input2 Data Input1 Data_Input び9 Group_Signal 10Enable Output ata Output2 13Data Outputo
*) Complete the following timing diagram: b) Complete the following timing diagram: DO Dff clr 7 c) Complete the following timing diagram load inp Out clk cir ? cik_unnnnnnnnnnnnn load inp nld Out d) What is this?
1) For the following state table, show a state diagram and complete the timing trace as far as possible (try to continue even after input in no longer known). x=0 x=1 x=0 0 0 0 0 0 1) For the following state table, show a state diagram and complete the timing trace as far as possible (try to continue even after input in no longer known). x=0 x=1 x=0 0 0 0 0 0
Complete the timing diagram for the following circuit. Ꭰ Ꭷ Ack o
7.7 [E] Consider a synchronous bus that operates according to the timing diagram in Figure 7.5. The bus and the interface circuitry connected to it have the following parameters: Bus driver delay 2 ns Propagation delay on the bus 5 to 10 ns Address decoder delay 6 ns Time to fetch the requested data 0 to 25 ns Setup time 1.5 ns (a) What is the maximum clock speed at which this bus can operate? (b) How many clock cycles...
(b) Complete the timing diagram for the following circuit. Note that the Ck inputs on the two flip-flops are different. ClrN Q. Clock 9í CIEN CLR Ck Q||||Q5 || LDCLR D|| Ck Clock O OOON D2 Clock
Show state diagram & Complete the timing trace q* z q x =0 x =1 x=0 x=1 A B C 0 1 B C A 0 0 C A B 1 0 x 0 0 1 1 1 0 0 0 0 0 1 0 q A z
Question 19 8 pts Complete the following timing diagram for a J_K flip-flop. Note that the CK inputs on the two flip-flops are different. CIN Qi e CLR Clock 0 0 CLR CK D CIN CKD Clock HTML Editore BIVA-A- IE 3 1 1 XX, EE DITTK 12pt Paragraph
4. Complete the timing diagram for the following circuits a. Equality Detector a(t) o eqf b(1) a(1:0)D b(1:0) a(0) o eq2 b(0) 320 240 160 Sigral name 2 1 a 2 0 1 0 0 3 1 3 0 2 b req1 req2 eq et b. D-flip flops Dout sig(1:0) out sig(0) U2 U1 D2 out sig(1) 011 out sig(0) clkD r DFF DFF clrD 80 60 40 20 Signal name clk clr D1 D2 out_sig out sig[1] out_siglO] 8-bit...
For the following sequential circuit, complete the timing diagram and clearly indicate the level changes at every clock transition. Q1 2 Qi Q ?? Q2 Q2 D2 CK Clr CK Kl Clock Clr OC X-J1 Q1 D2