Thank you sir, this is so helpful

very informative

great explanation

good explanation !! thank you

very nice and clear explanation!

Great videos, you deserve more followers, keep up. But title of this video does not match video content as far as VSWR is considered

Merci, j'ai bientôt un generateur HF et un milliwattmetre je vais pouvoir faire des travaux pratiques avec des bouts de coax.

Can you share framework?

Thank you sir!

I simulated this bpf and I'm getting exactly the same response as shown at the end. I was thinking, if we replace this short circuited stubs with open circuited stubs we should get a band stop filter and I tried it in my simulation, and yes I do get rejection from 1.5 to 2.5 GHz but I'm observing ripples in passband and S11 is also very less (<10dB) at some pass band frequencies. I was wondering why I'm not able to get smooth pass band, it would be great if someone can shine some light on this. Or is there any different calculation to design band stop filter using stubs?

Any detail and complete book on this topic available???

This is an amazing tutorial. Thank you very much.

Why can't these tutorials are so similar and there is no example of a modulation index of 1.6. So annoying!!!

I think the equation for admittance is not correct. Impedance of inductor is jwL, admittance is 1/(jwl). Still good video. I think you mean to use the term "Impedance".

So nice, I like it😊👏👏👏

Hey, can you share the framework? thanks in advance

Thank for informative video

can you send framework ?

Hi. What about the length?

L12 = 0.96uH

i came across your channel. you make very good video. I understand it very well. thank you for your time and video.

Last slide, last equation what is m ? Did you mean Em ? However nice content!

Thank you very much

Hi Iove this playlist! Thank you!

In 4B, the equivalent circuit for inductor is R and L in series. In this lesson, 4C, the equivalent circuit is in parallel. Please explain.

Great explanation. Can you please do for multiple quaterwave transformer.

Hello, can you please share the framework? It'd be very helpful for my project.

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Hey

❤

Thank you very much for the insightful video. Please I have a question, why did you not divide the carrier amplitude by 2 as in the equation when calculating the magnitudes of the side frequencies?

Thank you so much, great efforts and it is very useful; Please, I would ask you about the standard limit of error vector magnitude (EVM) in percentage (%) (EVM%) for WiFi received signal (IEEE 802.11 n), the same question for signal to noise ratio (SNR in dB); I's really will help me a lot if have exact and precise idea regarding those parameters!! I need those parameters to use them as a reference for assessing my transmitted RF signal performance after its propagation through multipath wireless channel in the simulation, Any sort of help would be really appreciated as soon as possible :)

Interesting

great, as always

thank you sir

god bless you sir

Very helpful playlist 👏 Thanks

How did you take g4 and g5 values or g3 and g4 values while the even mode and odd mode impedances? In the place g4 and g5. you have replaced with g2 and g3. why?

Remember helping EMC Engineer's doing these type of tests at Lockheed Environmental Test Laboratory in Sunnyvale, California Lockheed Facility in the 1980s through the late 1990s. I was a Space Laboratory Technician. We did Thermal, Acoustic, Vibration, Structural, Thermal, EMC / EMI, CISPR, Radiation Susceptibility Tests.

Thanks again and again 🙏💐

💐💐💪

It is almost a crime that your channel with this kind and quality of material doesn't have more subscriptions and likes. You are giving so much content for free. Thank you. Your videos are helping me a lot.

Excellent series of videos...on EMC

thank you

thanks clear explanation

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clear, thank you

thanks

I have benefited immensely