Thanks for the kind comments! Ph.D EE, 30 years old. My advice would be, read, experiment and wonder! It is one thing to know what (for example) what FFT is. But nothing drives home the idea better than taking a signal and looking at it on a spectrum analyzer. I know that not everyone would have the opportunity to do this experiment. This is the main driving force for me to create these videos.

@jeffreyyellow706

3 жыл бұрын

Good Quality video

@thearithmos3408

2 жыл бұрын

HEY🤗🤗, thanks for making such an informative video. I was wondering what book would you recommend about electronics ? (I'm an electronics engineering student)

@Lwyte17

Жыл бұрын

I'm returning to school for an EE degree at 28 after many life problems, and I hope I can find a path in RF Engineering after because it's just incredibly fascinating to me. Watching your videos always gives me motivation to keep working towards my goal, and maybe one day I can be at your level. Thanks for all your amazing content and knowledge, the world needs more teachers and people like you sharing what they know.

Why was the wine evaporating from the glass during the experiment?

Hi Shahriar! I think that the amount of details is just ideal for a 1 hr video.) Thank you so much for the knowledge you shared. )

Shahriar your videos show exactly what is impossible to show in a textbook. Being an amateur, this is the most comprehensive introduction to high frequency electronics that I ever had. Now I know much better what the textbooks were trying to tell me. Besides, I enjoy a glass of wine on my workbench too. Prosit!

I love your approach for the eye diagram explanation in this video; top notch sir!

Man, was the more helpful hour that I spent in KZread. Thanks a lot.

Nice video. I love the way you always refer to tools and instruments, and your tests as experiments. This is very precise, and much appreciated. I love your channel. Thanks!

I am very glad to see you back, and it is an impressive comeback:) I really enjoyed watching this. Nothing beats high speed digital propagation experiments involving cool new gear:)))

Best hour I've spent on youtube. Thanks very much. This is very interesting. I hope you make more cool videos like this. From very simple RC circuits to real-world applications is an excellent method of teaching.

Great video! I am new to electronics design but everything you talked about made perfect sense. To take subject matter like this and make it easy to understand is a fantastic gift!

Exactly. I finally got a spectrum analyzer after years of wanting one. Seeing theory applied to real experiments seems to be exactly what I need to retain the ideas and clarify what I try to learn from reading. These videos are great.

Absolutely love your videos. I hope you still get the feedback from these that are 2+ years old. I've been watching many of the newer ones too - keep up this incredible work.

That was simply OUTSTANDING, many many thanks for the effort & time spent on your tutorials Best wishes

This was the first video that I viewed from TheSignalPathBlog and it was great! I will be watching many more. Thank you very much!

Gracias Shahriar, thank you for share with us your knowledges and teaching habilities. I look forward keep learning from you.

Great video, good to see some pretty advanced topics coming up, even if just peripherally. Very cool stuff, and the future work you're talking about sounds very interesting as well. Thanks!

Thank you for your videos. 8 years later, you've impacted another individual and hopefully these videos keep making contributions to people's lives :)

I have been going back and watching many of the older videos to review. These videos expose holes in my understanding and encourage me to self-educate as well as go back to school to finish my degree in EE. It is actually quite a bit of fun to watch these after some time time has past and realize that I understand much more of it, but also realize that there are many more details (never ending) to be learned. Love these, the biggest lesson is for me is learning what to learn next.

Great video, as usual. Thank you so much. Learning so much from your videos - working my way through all of them. :)

Very clear and entertaining video to watch. It has become clear to me once again what's the value of good equipment. Had never heard of this 'eye' measure thing before but the way it works looks really logical. Thumbs up!

Really, really appreciate your work on this one in particular. My schooling was back in the early '70s. We didn't have these tools. Nor did we have these bandwidth challenges.

Excellent work! We just learnt about this at college, great to see it all in practice

excellent. I have to re-watch it a couple of times in order to fully understand how the theory applies but this is by far the best tutorial on filters I have seen. Thank you for your involvement and effort to educate the community

Great series and a great educational contribution !! Thank you!

That was incredible! I've never seen a machined filter and always wondered what they looked like!

super cool to see the inside of the microwave filter. awesome demo at the end.

Awesome video couldnt take my eyes off it, love the detail in how to properly connect DUT

You're wonderful. Keep making those videos .Real Nice Work!

Super class! First of you series I have seen. I have radio IF filters to align and thiso and this gives me a better understanding of how to use my spectrum analyzer functions. I also need to build a notch/bandstop filter for block broadcast FM stations. thanks, Bill

Fantastic! I just learned a ton, thank you! You made this surprisingly easy to follow.

Thank you for the time and effort put in this very interesting video !

Best video ever. Love it :)

@chromebeats The earlier videos use an animated intro sequence. The later videos use a screen-capture clip. I was experimenting with the camera and noticed the screen-capture creates an interesting halo, so I decided to keep it. No mystery or weirdness.

As an Wireless engineer, this video was just, cool. I am jealous of the instruments. I very much enjoyed, even the more advanced topics you have shown. I really liked the insight to signal integrity when you do Frequency domain experiments. These things are especially true when using highly modulated signals, very cool!

Awesome tutorial. Thanks Shahriar.

A very useful video. I found it most interesting and informative. Thank you.

A wonderful video. I learned tons. Thank you so much!!

These are great! Keep them coming.

Love the tutorial. Very good content.

Great video. Thank you very much.

Very well done, great contribution!

Great video of practical aspects of the filter.....For fist time viewers like me... it very impressive.

Love the videos..as an out of work Engineering Tech it helps me keeps my skills and the equipment understanding fresh....i love to have access to all the gear especially the sequencer and the o-scope....please add as many equipment tutorials as possible....thanks

That microwave band-pass filter totally blew my mind.

very interesting as I now have a friend with a spectrum analyser and should be using it on my self built sdr. Will be interesting to see the filter responses. Thank you very much for this detailed video.

You are really doing a great job. Keep it up !

this was excellent...thank you so much for doing this!!!

Excellent video. A lot of good practical information. Lucky for me, I don’t work anywhere close to those frequencies, so my equipment and components are much less expensive. A lot of the concepts still apply.

Great job every thing was clear understanding Thank you.

Good video, I liked that lots of things were shown and explained (most of which I never have been before)

inspirational video. thanks.

Brilliant video.

Khasteh nabaushy agha Shariar. That was very great. Please keep doing good work. Thanks. Vahid.

you got the gift. Thanks

VERY WELL DONE! Thank so much! I'll be sure to checkout more of your work. Tim

really nice video, everything was clearly explained. thanks for your effort

Very nice delivery with extensive details. Thanks for your efforts and hard work to put all this together. Would be interesting to see spectrum analyzer plots (eye-diagram by default) when data is passing through 60' trace and the effects of Tx side pre-emphasis, de-emphasis and attenuation if possible with a BW of 10G+. Looking forward for next video on the Equalization.

This is just amazing, I feel I learned so much from this and its only 1 hour O_O tyvm for this

Very Impressive!

Shahriar great video :) and I have to say you have a really nice lab equipment... keep up with good work and inspired videos... ^^ Great to have you back afer a while... xD

Really informative. Keep it up!

Great video. Thanks for sharing.

Top notch. Thank you.

Thank you so much for this interesting video. I wish it would be even longer! :-) More details please

Very informative!

Great video thanks

Thanks for the advice keep up the good work

Great video, thanks.

Excellent video sir

Great video! Keep it up!

good work explaining the per-emphasis.

Excellent, keep it up.

@MrMac5150 THANK YOU! YOU ARE TOO KIND!

My expertise is in mm-wave integrated circuits, specifically for wireless and optoelectronic wireline applications.

AWESOME!

great video

superb!

Great job! keep it up

its very informative specially for people like us who don't usually have the opportunity to deal with these kind of stuff

Excellent vid

I liked it. Thank you

Drooling!

@LegionForTheLulz Thanks!

finally a new video \o/

yo flicking awesome am telling,cool tut ma niga,I real love this

Actually One can see that the piece of iron causes the inductance to fall. Your lecture was Excellent. Thanks

@Plutonion2 Oh boy, that WOULD be a challenge!

Best

YOU DID A GREAT JOB AND SHOULD BE A TEACHER YOU WENT THREW THE STEPS AT JUST THE RIGHT SPEED A LITTLE ADVANCE FOR BEGINNERS CLASS AA JOB THANKS

Thank you for the knowledge you shared. Its great opportunity for me can't get higher education due to limit in universities in my country

Thanks! Great video! It would be cool if you show regular probe's result after active probe's measurements.

18:26 He is having a drink in the lab. Nice! 😂

@Thesignalpath

Жыл бұрын

Well, I was at home so why not! :)

👍👍

Thanks many/much !!! - - - I was getting a bit lost towards the end so perhaps you could add some pre-emphasis to your teaching style and so open up my eyes and move more data thru the channel . . . . : ) , really great what you do.

To me, I understand how the path degrades the pass band, but it is more interesting to understan how the pre-emphasis can gradually increase the gain with frequency, as opposed to the much more extreme rolloff of a one pole filter. So, another idea for a follow-on video.

Outstanding Ph.D. in EE at your age waw....

Man your wine glass killed me...😂

👍👍👌👌

Good video .Was interesting looking in that filter.I thought they where discreet l,c,r in them .I didn't know there was only cavities and tubes in those microwave ones (but the one you showed was quite a low frequency filter).I bet you could mod these by cutting the tubes to produce your own filter characteristics if you like a real challenge.lol .

Thanks for a great video. Could the transmission line traces on the circuit boards be improved if they had a ground right under on the unintentional filter board? That ground trace would have to follow the trace the whole way I would assume.