Yesterday when I posted this video, I felt that some more information should have been covered in the video. So, I reuploaded this video by adding that information. The related questions will be covered on the second channel.
9:10, I don't think this is correct. You will only get the proper count up to 00111. Tpd = 5ns, Tck = 20ns, Q3pd = 4 * 5ns = 20ns not < 20ns. This implies you will only get the correct decoding for Q3 if you decode at 100% of the duty cycle (i.e. very start of the next cycle). Even if you just look at the red line, the first rise of Q3 is already after the red line at 80% duty cycle, and 00111 does not lead to 00000. Essentially, both Q3 and Q4 are not within 80%, not just Q4. Thanks for the vid, I've had trouble with pd since your vids on gates and combinatorial circuit, but this vid cleared everything up! That's how I spot this issue to begin with - cause your explanation made sense!
I didn't get it. Would you please elaborate a bit. There is a seperate playlist on opamp. Most of the opamp related topics have been covered in that. Here is the link : ua-cam.com/play/PLwjK_iyK4LLDBB1E9MFbxGCEnmMMOAXOH.html
For more videos on Digital Electronics, check this playlist:
bit.ly/31gBwMa
Yesterday when I posted this video, I felt that some more information should have been covered in the video. So, I reuploaded this video by adding that information.
The related questions will be covered on the second channel.
Thanks sir❤️...
REALLY VERY INFORMATIVE, GREAT 👍👍
9:10, I don't think this is correct. You will only get the proper count up to 00111. Tpd = 5ns, Tck = 20ns, Q3pd = 4 * 5ns = 20ns not < 20ns. This implies you will only get the correct decoding for Q3 if you decode at 100% of the duty cycle (i.e. very start of the next cycle).
Even if you just look at the red line, the first rise of Q3 is already after the red line at 80% duty cycle, and 00111 does not lead to 00000.
Essentially, both Q3 and Q4 are not within 80%, not just Q4.
Thanks for the vid, I've had trouble with pd since your vids on gates and combinatorial circuit, but this vid cleared everything up! That's how I spot this issue to begin with - cause your explanation made sense!
you are best one
Sir which software ur using for simulation?
Deeds Circuit Simulator
how about if they have both tcd and tpd?
Would you please mention the timestamp, where you are referring to in the video ? I didn't get your question.
@ALLABOUTELECTRONICS i mean some case they may also have time contaminated delay, then how would it affect the propagation counter
Sir please take some class on opamp based graph ..
I didn't get it. Would you please elaborate a bit. There is a seperate playlist on opamp. Most of the opamp related topics have been covered in that.
Here is the link : ua-cam.com/play/PLwjK_iyK4LLDBB1E9MFbxGCEnmMMOAXOH.html
please use some bigger cursor pointer ,when you say here ,we are not sure which part you are referring to
I have already updated the cursor in the newer videos.