great

Schöne Grüße aus Memmingen nach Vimperk❤

Tolles Video. Schöne Grüße aus Memmingen nach Teisnach.

Die Rohde und Schwarzler sind ein cooler Haufen. Ich arbeite gern da❤

4MS/s is not that fast at all

Very good 👍😊

Thanks for the video 🙏It helped me to understand.

Meine Schöne Grüße bei Rohde & Schwarz in Memmingen. Sotirios. 🇬🇷

Awesome.

Nice stuff.

If channel signals can be modified (via math functions usually available on oscilloscopes in scope mode) and plotted in the xy mode (e.g., divide one channel by the other), much more interesting applications can arise. Sadly, in the xy mode only raw signals can be plotted, although it should be VERY simple to implement such capability.

Your work is truly awesome. You make it interesting. Thank you very much.

can we have a FlexRay tutorial for the braking of M Benz

Best explanation I've found so far. So here is a comment to boost engagement :)

Very Nice Tool

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UART need 3 wires not 2!!! UART are rated in bit per second NOT baud rate!!! Two stop bits is never used for at least 60 years...

You explain it so WELL!

Excelente información y en español....🌟

Thanks for the video, 1) If we don't have the LISN device; should the GND at the bottom of the RC network be connected to the protective earth (PE) in a battery powered device with a completely plastic exterior and no exposed conductive surface? 2) If we don't have the LISN device; In a device that is completely plastic outside and has an exposed metal USB port (usb outer case is PCB ground) and runs on battery, should the GND at the bottom of the RC network be connected to protective ground (PE) or should it be connected outside the USB port?

Excellent. Thank you.

Is it able to scan inside the mouth?

Is it able to scan inside the mouth?

Cristal clear! Thank you

Always my go to channel for understanding key concepts of electronics...thanks a lot Rohde Schwarz and Paul Deniswoski for these clear and concise videos made to understand complex topics so easily!!

Excellent work. Thanks for your video

The voiceover says "quite a few NDBs in the United States are unmodulated" while narrating a slide that says "unmodulated NDBs are very uncommon" in the US. Which is correct?

Great to watch a video renewing my memory on a topic, i wrote an FPGA implementation years ago for (simulating hardware impairments in real-time). Great refresher! Thanks

i have a question imagine a data with all 1's then how does the receiver identify the stop bit

Thanks, could have explained how was the formula derived.

Best video

does it make the world safer by creating software for deepfakes and piracy? AI is not a building block, it's coffin nails

Excuse me, but who cares about radio coverage at 50 feet? You need to measure at the height of the human head. But then a big problem arises: when taking measurements in a city, a drone at such a height interferes with people. Several years ago, we already tried to attach "QualiPoc" to a drone for benchmarking, but quickly abandoned this practice: people are outraged by a drone flying over their heads.

Can't believe I just found this gem.

These videos are really well made, concentrated knowledge ! Thank your R&S and thank you Mr Denisowski.

❤

what is the symbol inside the C(a) at time stamp 23:58? the x axis is the symbol and y is C(symbol). I must be brain farting on it.

thank you, now it's clearer; I was getting crazy with that indian accent -_- but apart the indian accent "all about electonics" is a great yt channel.

First G7VFY

:) little stress

very great explanations, thank you sir!

Muy buen video mi amigo, excelente explicación clara y concisa, justo lo que necesitaba saber acerca de los diagramas de constelación!

Amazing explication!

Does not compute. At 2:42 in the time domain, the blue line (carrier) amplitude increases and decreases with time. Amplitude of the carrier frequency is clearly changing/modulating. At 4:22 in the frequency domain, the blue line representing the carrier at that frequency is suddenly now a fixed value. Further on at 5:16, the carrier amplitude is described as constant. Both cannot be true. Many people struggle with this. Just saying.

Thanks

This is one of the best explanations out there! Thank you!

Herzlichen Glückwunsch zum 20-jährigen Jubiläum, Rohde & Schwarz! Ich wünsche allen Teilnehmern des Wettbewerbs viel Erfolg und bin gespannt auf die Ideen in den Bereichen Künstliche Intelligenz, integrierte Sensortechnik und Kommunikationssystemen, erweiterte Realität und rekonfigurierbare intelligente Oberflächen. Viel Erfolg!