What is Clock Skew ? The Positive and Negative Clock Skew Explained

In this video, what is clock skew, and how it affects the performance of the synchronous digital circuits is explained through an example. The video also explains the positive and the negative clock skew, and the effect of both types of clock skews on the digital circuits.
The following topics are covered in the video:
0:00 What is Clock Skew and why Clock Skew occurs?
1:51 Revision of Setup Time and Hold Time related timing constraints in the Synchronous Digital Circuits
6:51 Positive and Negative Clock Skew
8:18 Timing Analysis When Clock Skew is Positive
12:02 Timing Analysis When Clock Skew is Negative
14:47 How to minimize the Clock Skew
The link for the other useful videos related to Synchronous digital circuits.
1) What is Setup Time and Hold Time?
• Setup Time and Hold Ti...
2) Sequential Circuits (Playlist)
• Sequential Circuits
What is Clock Skew
In Synchronous Digital Circuits, the different parts of circuits are receiving the clock at different times. The difference between the timing arrival of the clock signal to the different parts of the digital circuit is known as the clock skew.
There are two types of Clock Skews:
1) Positive Clock Skew
2) Negative Clock Skew
In this video, through an example, both types of clock skews and their effect on the synchronous digital circuit are explained.
This video will be helpful to all the students of science and engineering in understanding What is Clock Skew and the effect of Clock Skew on Synchronous Digital Circuits.
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[@ALLABOUTELECTRONICS]

The link for the other useful videos related to Synchronous digital circuits. 1) What is Setup Time and Hold Time? kzbin.info/www/bejne/aaWbn5eOZ82kfqMsi=p3e0qC4KR3T4KL9w 2) Sequential Circuits (Playlist) kzbin.info/aero/PLwjK_iyK4LLCCpnnybEztvRqxpMyfgarS&si=4K48RCXp9fU9Re_W

[@mayurshah9131]

Excellent as usual 🎉🎉

[@ElmerVlog]

Thanks for the info

[@JonDeth]

*One of the things I love about electronics engineering is knowing all about a subject and how to explain it before I've ever even encountered it! lol* As soon as I read the subject, I knew induction lag from wire length, input capacitance and logic gates or steering/blocking diodes would be the culprit. *I also knew to correct this with each flipflop module, it would require a coordinated delay as in hold time, to resolve potential lag between the flipflops.* I didn't finish my degree and I suppose not even close, but I did complete enough that strangely, I understand about any subject thrown at me with admirable depth since I've never covered it. *A lot of this is due to making it through most analog fundamentals, and then self study over the 13 years that has followed since I left college.*

[@neo3252]

Can you tell which whiteboard application you are working with

[@sanjayshah9838]

V.Nice 🎉🎉

[@gopikrishnanm8091]

Great as usual 👌. Still how many topic is pending in digital sir?

[@ALLABOUTELECTRONICS]

Almost all the topics are covered. Perhaps one or two topics are remaining at the most. It will also be covered soon.