Thank you for the great videos they are really enlightening. Just a couple of questions lets say we make an op-amp how can i find the SR and how would i measure it?
The slew rate for the op-amp is normally quoted in the data sheet, and you can often find test set-up as well for this. In terms of measurement, a square wave can be applied on the input and the output waveform measured on a sufficiently fast scope with the probe properly compensated, etc.
You need to find out the amplitude of the square wave and determine what rate of change is needed to meet the circuit requirements. As it is a square wave it is easy to work out the amplitude and then the rate of change required.
Oh! Mathematics made oh-so simply! Sometimes, if not most of the time, all we need is to make some things work and not be bothered by bloody deep theory only a proper theoretical physicist understands.
This is actually so much better than all about electronics channel.
Thank you!
Thank you for the great videos they are really enlightening. Just a couple of questions lets say we make an op-amp how can i find the SR and how would i measure it?
The slew rate for the op-amp is normally quoted in the data sheet, and you can often find test set-up as well for this. In terms of measurement, a square wave can be applied on the input and the output waveform measured on a sufficiently fast scope with the probe properly compensated, etc.
How would you calculate the necessary slew rate when working with square waves rather than sine waves?
You need to find out the amplitude of the square wave and determine what rate of change is needed to meet the circuit requirements. As it is a square wave it is easy to work out the amplitude and then the rate of change required.
Perfectly executed! 💯✅
Thank you.
Thank you too!
Great video sir❤
Thank you - glad you found it useful.
Great explanation, thanks!
Thanks for the comment, I’m glad you appreciated the video.
Great video, cheers. You have a new subscriber!
Glad you like the video - thanks for subscribing.
Thank you 👍
Glad you appreciated the video.
Brilliant
Really glad it was useful. Thanks for the comment.
Thank you so much sir
I'm glad you found it useful.
tqq
thank you ^_^
Oh! Mathematics made oh-so simply! Sometimes, if not most of the time, all we need is to make some things work and not be bothered by bloody deep theory only a proper theoretical physicist understands.
I try to uncomplicated the mathematics. There needs to be enough, but no more.