Video

thanks.

great channal and great content.

thank you, for the great job.

you made it eazy.

Rohde & Schwarz provides better education than my university lol, my classes were like explaining the turbo encabulator now it is so much clearer ++ Thanks

Vaya, no sabía que tambien tenemos versión en español. Gracias!

thank you

why doesnt the 180 radial result in destructive interference and thus no signal

These videos are pure knowledge, thank you for making so many of them. What kind of software do you use to make the graphics ?

have one of these at work... the quality of the test fixture for SMD components is poor and the firmware sucks... nice try though

This is a great video. I can't believe that you guys are making a video on GPIB after it has been around for more than 30 years

Love it!

This is such a good series and the coordination of the graphics is just what is needed to reinforce the points being made. Thanks to Paul and the team for these excellent videos.

What else can i say? This is just amazing! Thank you so much for saving me from my terrible university profs.

Superb

Im someone with very very basic understanding of electronics, and this was incredibly helpful. Theres a lack of information in this area on the internet, and the stuff out there is chock full of misinformation, so Im glad that I could find this easy to understand video.

Concise, crisp, and to the point!!!

if your ultimate goal is to reduce the voltage, why use a FBR? Why not just grab the half of the cycle?

Very instructive vidéo ! Thank you from France...

Master put address to I2C bus. Then corrosponding slave identify and match with his own address . Then slave say Hi to master ( send ACK to master) How slave match address which is send by master . Which register compare received address and its own address . Thanks.

Awesome explanations! Now I see why the upper sidebar is used!! Thank you!

thank you

thank you

Very clear

It this the same as a voltage regulator, if not what is the difference?

0😅ll9 l,l] 😊😊p0p😅

Which power supplies are the ones that supply glitter and rainbows? ... because I'm interested.

As a new ham - thanks for posting this!

This is woman empowerment not fiminism. Keep up the good work.

intresting

Rohde & Schwarz saving the day. Love that company

Is this safe when they short circuiting ?

I take issue with the statement that non-augmented GNSS does not have sufficient accuracy or reliability for aviation. That just isn’t true. The level of position accuracy required is dependent on the performance based navigation requirement (RNP) of the phase of flight or approach being flown. In enroute airspace or for the purpose of flying a non-precision GNSS approach, augmentation is NOT required but that has to be considered in the approach design. Obviously GNSS based precision approaches will require GBAS but that is a very specific instance. I live in Australia, we do not have SBAS, we fly IFR and shoot approaches IFR using GNSS every-single-day.

Thank you for the explaining video. However it is very disturbing how the editing is done. In my opinion it is WAY too frenetic. Almost like you're trying to shoot the new Mad Max movie. It would be much more pleasant to watch if the editing was much less hectic without continuous zoom in zoom out slidings and so on.

Ładny oscyloskop ale kosztuje majątek ❤

Instructions unclear, bought cyclotron.

The peak of knowledge for this lady is "auto" button.

To remain focused to resolve discrepancies

In modern and adventure,”no parallel instruments in sight except spectrum analysers

Quiet high brand of the displayed oscilloscope and explanation contents especially triggers important things to lock the signal or text or pictures in both directions….,third axis Z for markers and radar plus Television fields by competent technical hands and instruments

Thank you. Helped me study this for my Ham Radio exm

I own an HP 54503A, first of all, because I like vintage stuff and cathode ray tubes, but this 500MHz oscilloscope is still a beast, able to find glitches in signals of just a few nanoseconds. In my opinion, the Achilles heel of oscilloscopes is not the device, but the the probes: For example, try to measure power supply noise. You are unable to use the alligator clip for ground, wwaaayy to noise, you need to use the spring. This is such a big issue that most people measure it wrongly...... I know there exist high-end active probes, but that is actually the point, because it means these devices are not available to the masses: The vast majority of scope users are stuck with cheap passive probes that they use in a wrong way. I have both the original high-end HP probes for my 54503A, just as well as some modern ones. The modern ones are built out of more plastic than the original ones, but functionally there ain't a lot of difference. IMO most oscilloscopes are now so advanced that even low-end scopes are good enough for most tasks. However, probes have mostly remained the same over the past decades and engineers run into their limitations every days. This is the place where we need innovation. I think active probes need to become the standard, but current active probes are so costly that no engineer will use them unless absolutely necessary. The manufacturer who makes better probes available to a wide audience will be king.

I STILL dont get it how you can have a sideband without the carrier. If the sideband is created by modulating the carrier energy, but you take that carrier energy, how can you modulate that which isnt there?? Its like saying 'here is a sandwich' while suppressing the bread. A sandwich MUST have bread or its not a sandwich.

Hi, the flat response in the graphs on most pages don't correspond with the BW indication...just on page 12 it is shown right. Otherwise really good...thanks!

As a Communication and netowrking student, I can confirm that this is exactly what I learn in my 1 hour lecture

Dank!👍

Même pas je la regarde la video, faut faire les tarifs educations, pour les crevards autodidactes comme moi. Sinon, je prends le vna pour caractetiser le truc à la frequence exact mais vos lingots d'or doivent bien etre multifonction et les lrcmetres monter a 3ghz 🤔🤣🤣.

That little dance, don't do that 😁

Excellent 😂

Too expensive.