1. Applied Nonlinear Control by Slotine and Li - amzn.to/2Ed8Rw6 2. Nonlinear Control Systems by Alberto Isidori - amzn.to/3l5VeQv 3. Nonlinear Systems by Hassan K Khalil - amzn.to/3aG0zsA 4. Modern Control Engineering by Mohandas K P - amzn.to/317zqfd
Hi, As explained in the beginning of 3rd minute, b1 is the coefficient of cos component. In the expression in the example, only sin terms are present - hence, b1 is zero. Please feel free to reply for any further doubts :)
This is a very good video to understand the basics and concepts for using Describing Functions.
Thank you :)
welldone guy carrion .................definitely your channel will grow soon............I am recommending
Thank you :)
Thank you very good efforts ......................also cover stability analysis with describing function
Your appreciation means a lot! We have already covered that topic. Please find the 12th video in the playlist :)
KX^3 should be in the magnitude... Why KX^2?
excellent
Your appreciation means a lot! Thank you :)
@@Topperly Thanks a lot for wonderful lecture.
and, which books have you referred for these lectures?
1. Applied Nonlinear Control by Slotine and Li - amzn.to/2Ed8Rw6
2. Nonlinear Control Systems by Alberto Isidori - amzn.to/3l5VeQv
3. Nonlinear Systems by Hassan K Khalil - amzn.to/3aG0zsA
4. Modern Control Engineering by Mohandas K P - amzn.to/317zqfd
@@Topperly thank you so much
thankyou mam
Most welcome 😊
Why is b1 zero?
Hi,
As explained in the beginning of 3rd minute, b1 is the coefficient of cos component. In the expression in the example, only sin terms are present - hence, b1 is zero.
Please feel free to reply for any further doubts :)
Tysm mam💖
your music is really irritating. Please remove it.
Hi Manish,
I was experimenting with background musics. Anyways, it's only on a few videos. All other videos in the playlist don't have them :)