Bandwidth - Bode plots cutoff frequency

Learn more about the TI Precision Labs - Op Amp Evaluation Module used in the hands-on lab modules
www.ti.com/tool/ti-plabs-amp-evm
This is the first of five videos in the TI Precision Labs - Op Amps
curriculum that addresses operational amplifier bandwidth. In this training,
we’ll discuss gain and how it’s represented linearly and in decibels.
Poles, zeros, bode plots, cutoff frequency, and the definition of bandwidth
will also be discussed. Finally, TINA-TI will be used to correlate bandwidth
simulation results with our theoretical calculations.
Download the TINA-TI Spice Models for our video exercises
www.ti.com/lit/zip/SBOMBR4

[@themusicaldil]

Very precise and useful.
Thanks.

[@eamonhannon1103]

Excellent Video !

[@byugrad1024]

Great video series. Minor typo at the 14 minute mark. The pole and zero equations appear to be flipped.

[@albertcowley7679]

I really like the TI videos. Wish they would sort out the typo errors though, like fp and fz definition flipped in the real world pole and zero example slide. Things like that cause me to doubt my understanding.

[@wasihaiderawan341]

How to calculate centre freq and bandwidth?

[@kalaianand1676]

Hi thanks a lot for excellent video.
I have a doubt @13.43 time stamp. usually, for a given tranfer function, numerator and denominator should be considered as Zeros and Poles respectively. But here, considered opposite why ?

[@carecryang2104]

I agree with your point, and i am also confused why poles and zero are opposite

[@ericcartman5396]

It is probably a typo. Polo and zero equations are flipped.

[@isacdaimary9908]

in this case it is the frequency at which the numerator or denominator is zero, so essentially the concept is same