For those who don't understand why non touching loops = 0 , well both the loops have the G2 gain as a common gain. Among -G1×G2×H1 & -G2×G3×H2 , the G2 is present in both the loops. Hence, the two loops become touching , touched by the common G2 gain.
Regarding the loop gains, sometimes the feedback gain's sign is considered, and sometimes it is not. In other words, the feedback H1 and H2 are negative, but the fact they are negative feedback is sometimes considered, and sometimes it is not considered. How come ?
@@charlie13. Ah, that makes sense! I can see how someone would use algorithms to solve these types of problems, but I'm not sure I'd use the term "data structures" in relation to this material. I believe that DSA is more closely related to programming algorithms and things like stacks and queues. Is that your impression as well?
For those who don't understand why non touching loops = 0 , well both the loops have the G2 gain as a common gain. Among -G1×G2×H1 & -G2×G3×H2 , the G2 is present in both the loops. Hence, the two loops become touching , touched by the common G2 gain.
Thanks bro
thanks
Thanks bro
😂😂khudko jayda smart mat samjho hume vi ata he
I am really enjoying studying through here, please upload all the units as soon as possible, my exams are on next month.
Me too! How did your exams go?
@@PunmasterSTP Not conducted
im also preparing for my exams through neso
Mason's gain? More like "knowledge gain." Thanks again for making all of this very high-quality content, and sharing it for free no less!
Sir, Please upload the whole playlist as soon as possible. I am really enjoying the lectures.. Just beautiful
What about b _ c _ a _ b loop
Awesome explanation sir 🖤💝
LOVE From banglae
The delivery is great 😊
Most helpful, thanks 😊 sir
Thank you millions!
Awesome sir .....
Can you do a full course for frontend development if you guys have time!!!!!??????? Love the content
Awesome video very very explanatory
waiting for next lecture videos sir :)
Thank you sir
Regarding the loop gains, sometimes the feedback gain's sign is considered, and sometimes it is not.
In other words, the feedback H1 and H2 are negative, but the fact they are negative feedback is sometimes considered, and sometimes it is not considered.
How come ?
Sir plz upload the lectures on Opamp 🙏
Yes sir it's very important topic in Gate exam point of view
@@sameermeshram3062 Did you already take the Gate exam?
please make a video about analog and digital communication
Thanku Sir
Thank you 😊
Super explanation sir, thank you
thanks Sir❤
Is this a video about dsa ?
Yes
Sorry this may be a n00b question, but what do you mean by DSA?
@@PunmasterSTP data structures and algorithms
@@charlie13. Ah, that makes sense! I can see how someone would use algorithms to solve these types of problems, but I'm not sure I'd use the term "data structures" in relation to this material. I believe that DSA is more closely related to programming algorithms and things like stacks and queues. Is that your impression as well?
It's control system
Get the easy steps to solve SFG numericals here!
Please start course of engineering mathematics sir
Is this rule true in case of a simple feedback reaction?
What about b - c - a - b loop
bcab loop is the same as abca loop
❤️❤️
Are you from India? You are a very great teacher. Thank you for your help. Donald Trump 2024 for president.
Greetings from Israel
thanks Sir🙏❤