This one video is define you bro what you are. Thanku for making this video. I get full knowledge about rc phase shift oscillator using fet because of u.
Frequency component is hidden in the determinant, that can be taken out by eqating it to zero, the usual procedure to evaluate the expression for frequency of oscillations
Sir why the collector resistance R'd is neglected here?? But whereas , the collector resistance Rc is considered in RC phase shift oscillator using BJT. Why like this sir??
@@ushendrasengineeringtutori4259 Sir, please can you explain little bit in detail..... I, mean how the biasing has effect on including or not including the resistor R'd ?? Biasing ki R'd include cheyaka pova daniki sambandham enti ?
Sir, why are equating det of that matrix to Vo ? Product of I1,I2 and I3 (variable matrix) and that coefficient matrix can be equal to Vo na sir? Ya I too know that frequency is hidden in that matrix. But we can't take it according to our desire right sir? We must take according to the rule na? Please can you tell the exact concept of Matrices theory hidden in this sir.....
మీరు ఆ RC Phase Shift Oscillator using BJT video లో, చెప్పినట్టు, మీరు చదివేటప్పుడు, ఎలాగైతే ఆ 'k' value కోసం నేత్తి నోరు కొట్టుకున్నారో , నేను కూడా అలాగే కొట్టుకుంటున్నాను ఇప్పుడు. Sir please reply sooner sir...
It's not matrix theory here. Concept would have been more clear to you if you connect this to the stability analysis in CONTROL SYSTEMS course. 1 stable system 2 marginally stable system 3 unstable system. In marginally stable system, the roots of the system exists on the imaginary axis., And it oscillates. To find the frequency of oscillations, they suggested a procedure, the frequency term is equated to zero. Here the frequency term is 'S=jw'. Which is in the determinant , and that determinant is equated to zero to obtain the expression for frequency of oscillations. Please Ask your teacher who teaches CONTROL SYSTEMS. Then you can get it cleared. You may text me@9441727101.
Super explanation sir.chala baga ardamyindhi sir tq sir
Thank you 😊
Chala easy ga ardamaiyatatu cheparu sir tq so much a lot sir😭
this is very much useful for my Tomorrows exam bro
perfect explanation sir
This one video is define you bro what you are. Thanku for making this video. I get full knowledge about rc phase shift oscillator using fet because of u.
Thank you 😊😊.
ee concept kosam chala videos chusaa em aradam kala nedi 1st chusina vanta ardam indhi,, wounderful explanations brooo
I guess it is pretty off topic but do anyone know of a good website to watch newly released series online ?
@Xzavier Dariel happy to help xD
You helped me a lot in my study 📖 thank you 🙏🏻
Sir meru thopu sir 😍
Super Explanation bro
plz continue it bro
super explanation sir thank u so so much
Tq, tq so much sir
Super Explanation sir Thank you a lot Sir 🥺🥺🥺
Sir, why gm*V*R'd is not included in the small signal equivalent??
Clean cut explanation
Well explained sir thank u
12:10
Thank you broo
Sir, why you didn't keep the biasing resistors R1 and R2 here?
But in using BJT they were there na sir......
Because fet doesn't need them
Thanks alotttt❤
Thank you 😊
Very useful video for my exam sirr
All the very best for your exams ☺️☺️
Nice explanation 👍 sir
Tq
superb brooo
I dont understand telugu but also didnt find any valuable video about this topic. If possible, provide caption in English.
why you have not used RL in the equivalent circuit??
Why should we equate det =0?
Frequency component is hidden in the determinant, that can be taken out by eqating it to zero, the usual procedure to evaluate the expression for frequency of oscillations
det is taken as real number but det not = 0.
So imaginary part of det is 0 and real part of det is not 0
Sir ,in frequency derivation .. why we didn't used Beta value sir
Sir why the collector resistance R'd is neglected here??
But whereas , the collector resistance Rc is considered in RC phase shift oscillator using BJT.
Why like this sir??
Sir please can you tell this......
Biasing for FET and BJT isn't same.
@@ushendrasengineeringtutori4259
Sir, please can you explain little bit in detail.....
I, mean how the biasing has effect on including or not including the resistor R'd ??
Biasing ki R'd include cheyaka pova daniki sambandham enti ?
Sir explain wein bridge oscillator using FET
if u dont mine, darlington pair and emitter follower kuda chapthava bro oka 2 hours loo
good
Sir last lo A=1/B=1/-1/29 kada dani cheste -29 emo kada sir answer ?
| A×B |=1, So we considered +29, neglecting the negative
@@ushendrasengineeringtutori4259 thank you for ur support sir.😊
Belated Happy teacher's day 🎉
Tqqq🙏🙏🙏
Sir expalin about crystal oscillator
When do u have ur exam
@@ushendrasengineeringtutori4259 This month 16 sir
Text me over 9441727101
Sir, why are equating det of that matrix to Vo ?
Product of I1,I2 and I3 (variable matrix) and that coefficient matrix can be equal to Vo na sir?
Ya I too know that frequency is hidden in that matrix. But we can't take it according to our desire right sir? We must take according to the rule na?
Please can you tell the exact concept of Matrices theory hidden in this sir.....
Sir please can you reply to this...
Sir please answer this
Hope you answer soon sir
మీరు ఆ RC Phase Shift Oscillator using BJT video లో, చెప్పినట్టు, మీరు చదివేటప్పుడు, ఎలాగైతే ఆ 'k' value కోసం నేత్తి నోరు కొట్టుకున్నారో , నేను కూడా అలాగే కొట్టుకుంటున్నాను ఇప్పుడు. Sir please reply sooner sir...
It's not matrix theory here. Concept would have been more clear to you if you connect this to the stability analysis in CONTROL SYSTEMS course.
1 stable system
2 marginally stable system
3 unstable system.
In marginally stable system, the roots of the system exists on the imaginary axis., And it oscillates. To find the frequency of oscillations, they suggested a procedure, the frequency term is equated to zero. Here the frequency term is 'S=jw'. Which is in the determinant , and that determinant is equated to zero to obtain the expression for frequency of oscillations.
Please Ask your teacher who teaches CONTROL SYSTEMS. Then you can get it cleared. You may text me@9441727101.
22:36 😂
Hey r u telugu..
Yes., I am😊😊
Chala Baga explain chestharu.. impressive 🤗
Tq very very much 🤝🤝., tq for following my videos. Do support with ur valuable subscription.
@@ushendrasengineeringtutori4259 sure😊👍
Ni mother tongue endi saami ?