Rectangular waveguide|| Derivation of Field component for TE and TM modes by Dr. Niraj Kumar VITCC

RF Design Basics

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31 окт 2024

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Комментарии : 68

@syedmuhammadusmanghani9220 5 лет назад

Very helpful...general solution comes from Maxwell's equation ,while watching video keep this thing in your mind

@RFDesignbasics 4 года назад

Thanks and welcome

@singhpankaj7330 6 лет назад

life is much easier after this...

@RFDesignbasics 6 лет назад

Thanks :-)

@11junkyard 5 лет назад

Thank god I saw this video , reading in the textbook clutters the brain

@rupamsinharoy1991 6 лет назад

you saved my 15 marks !!! thankzzzz

@keketpi 3 года назад

Professor thank you for the explanation. I like your page. It helps alot

@anujsachan1628 5 лет назад

sir plz circular waveguide k TE TM modes k liye b video bna dijiye plz..... bhot accha padhaya aapne....thanks

@RFDesignbasics 5 лет назад

Sure

@RFDesignbasics 4 года назад

Uploaded.

@anujsachan1628 4 года назад

@@RFDesignbasics sir ab to semester khtm ho gya 😂😂 vese thank u

@RFDesignbasics 4 года назад

You are welcome. Hope you got good grades.

@abbas3521 4 года назад

Best video available

@RFDesignbasics 4 года назад

Thank you

@akbarrahmatullah6701 2 года назад

Good explanation. Helpful.

@AvantGrade 3 года назад

Very helpful 😄 Thank you

@sherin6274 4 года назад

Nice explanation

@soumikchakraborty9885 Год назад

Is rectangular wave guide problem is electrostatic?

@kanchanareddy36 5 лет назад

there is a lot of content in this video......dont miss it...

@RFDesignbasics 4 года назад

Thanks and welcome

@nikhilchourasiya4720 5 лет назад

Nice Explained 👌👌👌👌👌👌👌👌👌👌👌👌👌👌👌👌👌👌👌👌 Thanks Sir

@RFDesignbasics 4 года назад

Thanks and welcome

@krishnamudracreations4050 2 года назад

Perfect sir Thanks

@poulamiacharjee4030 5 лет назад

Awsm sir..plz make a video on cavity resonator...🙏🙏

@RFDesignbasics 4 года назад

Thanks!! Now I have done, If you need, you can watch. Thanks for the topic suggestion.

@VibewithAsrar 5 лет назад

great video

@RFDesignbasics 5 лет назад

Thank you

@vedapraneet580 5 лет назад

Please do circular waveguide, strip line and microstrip line sir

@deekshithtirumala6474 Год назад

❤❤❤❤

@ramakrishna705 3 года назад

At 11:40 how we have calculated Hx,Hy,Ex,Ey... Please reply tomorrow is my exam

@RFDesignbasics 3 года назад

Refer video on general solution

@ramakrishna705 3 года назад

@@RFDesignbasics could you paste link in comment box.. Thank you

@RFDesignbasics 3 года назад

ru-vid.com/video/%D0%B2%D0%B8%D0%B4%D0%B5%D0%BE-45ywQyXNlak.html

@meghanaejjada 3 года назад

hey nak a four equations pettva Ramakrishna

@ramakrishna705 3 года назад

@@meghanaejjada exams ayipoyi 3 months ayitundi

@abdullahmohammad5613 3 года назад

Can we use the boundary conditions in TE for the TM case?

@RFDesignbasics 3 года назад

Boundary conditions remains same.

@srashtigupta59 4 года назад

Sir in this what is Kc ?? Please clear my doubt sir

@RFDesignbasics 4 года назад

It is called cut off wave number and it is equal to squareroot(k^2-beta^2). Where k is wave number and beta is phase constant.

@buntynimmala597 4 года назад

Why we need to calculate boundary conditions?

@RFDesignbasics 4 года назад

To solve the Helmholtz's equation.

@ahmadhassan4158 5 лет назад

Thank you so much

@vaishalitrivedipathak9120 Год назад

Sir why is E = X(x) Y(y)?

@RFDesignbasics Год назад

It's assumed to be multiplication of 'function of only x' and 'function of only y' to solve the differential equation. The method is known as 'separation of variables'

@r.scoaching494 5 лет назад

Sir "frequency response of Op-Amp " make a video

@harshitpanwar7194 4 года назад

sir pls make videos for circular & parallel plate waveguides also

@RFDesignbasics 4 года назад

Yes, I will do it. Thank you 🙂

@RFDesignbasics 4 года назад

Circular waveguide video has been uploaded. General solution in cylindrical coordinate system ru-vid.com/video/%D0%B2%D0%B8%D0%B4%D0%B5%D0%BE-ofScinEG9U8.html and for circular waveguide ru-vid.com/video/%D0%B2%D0%B8%D0%B4%D0%B5%D0%BE-PHNjH653OcQ.html and parallel plate waveguide is also available Thank you

@sherin6274 4 года назад

Sir I have one doubt?

@RFDesignbasics 4 года назад

Go ahead... Ask anything

@Bangalibabu95 3 года назад

Shouldn't be 1/√(permeability*permittivity) equals c at time 12.44 ?

@RFDesignbasics 3 года назад

No that is equal to Vp (Phase velocity). For c you need to take permeablity and permittivity of free space.

@AlanJoy_random 5 лет назад

where is the circular waveguide video

@RFDesignbasics 4 года назад

Now it is available. Thank you for suggestion.

@mdrezaulkarim47 5 лет назад

thank you, sir! I would like to get CO-AXIAL Cable || Derivation of Field component for TEM, TE and TM modes. Thank you in advance

@RFDesignbasics 4 года назад

It's uploaded ru-vid.com/video/%D0%B2%D0%B8%D0%B4%D0%B5%D0%BE-2qL4TaJpkKk.html

@thedaily6388 5 лет назад

Circular wave guide pr v banaye sir

@RFDesignbasics 5 лет назад

Banaate hain.. Thank you :-)

@thedaily6388 5 лет назад

@@RFDesignbasics sir ,TM ,TE modes in circular wave guide jald hi video banaye

@RFDesignbasics 4 года назад

Uploaded.. you can watch now.

@dm3248 4 года назад

Finally ; )

@shashikalyan9057 5 лет назад

Can you send me the notes in pdf?

@RFDesignbasics 5 лет назад

Couldn't make pdf. I will make it from next time.

@deepthipulipati2511 3 года назад

What's TE hx, hy

@RFDesignbasics 3 года назад

TE is transverse electric, means Electric field is only in transverse I. e. Ex and Ey but Ez is zero. hx and hy are transverse components of Magnetic field.

@gopalrajak8594 2 года назад

TE10 is not dominant mode it's TE01, if a=1cm, b=2cm then, TE01 mode: m=0, n=1 so, cutt-off wavelength=2*b=4cm while, TE10 mode: m=1, n=0 so, cutt-off wavelength=2*a=2cm Thus TE01 is the dominant mode.

@RFDesignbasics 2 года назад

Practically a>b.. You are right if a