Apply timing analysis techniques to visualize and determine setup time on a timing

diagram.

Instructions:

Scenario:

You are given a $16-$pin chip containing five flip$-$flops, each with a common clock, five D

lines, five $Q$ lines, a common master$-$clear line, and a common master$-$set line.

Setup Time Requirement:

The specified setup time for each flip$-$flop is $360ps.$

Task:

Create a timing diagram to analyze the setup time for one of the flip$-$flops. Use a rising$-$

edge$-$triggered flip$-$flop for simplicity.

Assume a clock signal with a known period $($T$)$ and indicate the setup time $($Ts$)$ and setup

time measurement $($t$\_$setup$)$ on the diagram.

Repeat the process for all five flip$-$flops on the $16-$pin chip.

Guidelines:

Clearly mark the rising edge of the clock where the flip$-$flop is triggered.

Represent the data setup time $($Ts$)$ before the clock edge.

Indicate the setup time measurement $($t$\_$setup$)$ as the time difference between the clock

edge and when the $Q$ output becomes stable.

Make sure to label all relevant time intervals and edges on the timing diagram.

Submission:

Submit clear and labeled timing diagrams for each flip$-$flop.

Include any assumptions you make, and make sure to demonstrate your understanding of

the setup time concept.