I have point here: To consider the D input goes to vdd when the button is pressed, we have to assume resistor is large enough to provide that much of drop or current must be sufficiently large. V=IR
Just a follow up concept: These flip flops dont sample at exactly vdd/2. I know a research industry logic designer who goes as far as to add his whole clock rise time to his uncertainty. Sometimes in research you only have 1 shot to make a chip, and his job depends on it working.
Hi Ben, Thank you so much for being here and contributing to the content! You're absolutely right. I would expect that type of question to be raised for more experienced designers with several years of experience. However, when interviewing, we usually start with the basic understanding first and then go deeper. We will make a video about it in the future though, thank you again!
Introduction to Digital/Logic Design from Roth Charles or if you are more advance "Digital Systems Design Using Verilog", provides more of the design application.
Hi Shashank, Thank you for your comment! There are many ways to improve the system and wouldn't want to spoil the fun to future viewers. You can emails us at hardware.interviews@gmail.com to get the answer. Cheers!
Hi Nathan, Thank you so much for being a part of the community! Absolutely, we encourage people to help us build this community! You can send us a note to hardware.interviews@gmail.com
I have point here:
To consider the D input goes to vdd when the button is pressed, we have to assume resistor is large enough to provide that much of drop or current must be sufficiently large. V=IR
Just a follow up concept: These flip flops dont sample at exactly vdd/2. I know a research industry logic designer who goes as far as to add his whole clock rise time to his uncertainty.
Sometimes in research you only have 1 shot to make a chip, and his job depends on it working.
Hi Ben,
Thank you so much for being here and contributing to the content! You're absolutely right. I would expect that type of question to be raised for more experienced designers with several years of experience. However, when interviewing, we usually start with the basic understanding first and then go deeper. We will make a video about it in the future though, thank you again!
I didn't quite understand what the context of this video was at first, but the example you gave was great.
Is there any books over this stuff?
Introduction to Digital/Logic Design from Roth Charles or if you are more advance "Digital Systems Design Using Verilog", provides more of the design application.
I want to join your team and contribute to the community.
How can this system be improved?
Hi Shashank,
Thank you for your comment! There are many ways to improve the system and wouldn't want to spoil the fun to future viewers. You can emails us at hardware.interviews@gmail.com to get the answer. Cheers!
We can solve this buy having some connection between clock and switch?
May I submit interview questions from past experience?
Hi Nathan,
Thank you so much for being a part of the community! Absolutely, we encourage people to help us build this community!
You can send us a note to hardware.interviews@gmail.com
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