help me with the detail solution. And design with sing Multisim with screenshot. if you can't use multisim please don't answer the question just telling the procedure. Thanks.
3.Design a counter using a 74HC163 binary counter.20 points
Determined by the following: a.The MOD is 6 + the last digit of your SID.For example, the last digit of SID F21030309 is 9,so MOD is 15. If the last digit of your SID is 0,2,4,6,8 then use CLR to design this counter,otherwise, use LD to design 3.1 Draw the state transition diagram 3.2 Sketch the logic circuit.
RQQ Q Qo CTR DIV 16 RCC 74163 TC-15
4.Design one Ripple Counter(20 points
A ripple counter consists of a series of complementary flip-flops.Unlike synchronous
counters, the CLK input of each flip-flop is triggered by the transition that occurs at the output of the other flip-flop 4.1 Sketch the logic circuit of a ripple counter that loops the following sequence by using the positive-edge triggered D flip-flops:
Show the complete timing diagram for eight clock pulses. Show the clockQo,Q and Q waveforms.(assume Qo,Q and Q are initially LOW)
4.2 With some modifications to the result in part 4.1, design and sketch the logic circuit of a ripple counter that loops the following sequence:
Show the complete timing diagram for eight clock pulses. Show the clock,Qo,Q and Q waveforms.assume Qo,Q and Q are initially LOW
