Пікірлер

• 
  @fly_raptor_1014Күн бұрын

  Nice video! Could anyone provide the link for the "Understanding SCPI" video mentioned at 0:16?

• 
  @pauldenisowski8 сағат бұрын

  I'm still working on it :) I'm hoping to have it done in the next couple of weeks, so please stay tuned!

• 
  @ThinkeaicКүн бұрын

  Best video ever

• 
  @Jyothis-th3se2 күн бұрын

  what does 'CMA' stand for?

• 
  @RohdeundSchwarzКүн бұрын

  CMA is just a product name - so other meaning

• 
  @revanthn26352 күн бұрын

  great sir superb explanation and presentation is awesome

• 
  @GraceKataliko3 күн бұрын

  You're the best 👍👏👏👏

• 
  @angrygamer6253 күн бұрын

  great introduction video. really appreciate it.

• 
  @CAPSTONEization4 күн бұрын

  Question: What happens when the signal to the DUT is differential? In terms of Harmonics?

• 
  @amilasamaraweera62094 күн бұрын

  Very clear explanation. Thanks!

• 
  @johnvine57315 күн бұрын

  The single CR2032 battery in my cheapo bicycle computer has lasted 8 years. That's with the lcd being constantly on 24 hours every day.

• 
  @ghostinthecodeRF5 күн бұрын

  Love that vna

• 
  @jeffreyzhuang43956 күн бұрын

  Best !!!!!!

• 
  @TusharRastogi-qq6mx6 күн бұрын

  Great 🎉🎉

• 
  @sreekumarUSA6 күн бұрын

  Gwad… where do these people come from !

• 
  @RohdeundSchwarz6 күн бұрын

  ◆チャプターリスト 00:24　電圧と電流について 00:59　線形負荷について 01:52　非線形負荷について 02:55　高調波について 03:34　高調波と非線形負荷の関係性 04:13　高調波電流がもたらす悪影響 05:59　高調波電流測定の規格 06:53　IEC / EN 61000-3-2 07:54　高調波電流の測定 09:10　奇数次高調波と3 の倍数の奇数次高調波 10:30　全高調波歪(THD) 11:14　高調波測定用の測定器　 11:31　パワーアナライザを用いた高調波電流の測定 12:27　オシロスコープを用いた高調波電流の測定 13:07　まとめ ◆おすすめの最新オシロスコープはこちら R&S®MXO5 オシロスコープ www.rohde-schwarz.com/jp/campaigns/osilloscope-mxo5_256888.html ◆おすすめの最新パワーアナライザはこちら R&S®NPA パワーアナライザ www.rohde-schwarz.com/jp/products/test-and-measurement/rs-essentials-meters-and-analyzers/rs-npa-power-analyzer_334255.html

• 
  @philmonat93526 күн бұрын

  Very Good !

• 
  @user-bj6lx3to6v6 күн бұрын

  Muy clara y detallada presentación. En español

• 
  @user-bj6lx3to6v6 күн бұрын

  Una introducción a la radiofrecuencia muy clara. Y en español!!

• 
  @user-bj6lx3to6v6 күн бұрын

  Buen desarrollo de un tema tan valioso para utilizar correctamernte instrumentos de RF

• 
  @user-bj6lx3to6v6 күн бұрын

  Muy buena la presentación. Y en español!!

• 
  @user-bj6lx3to6v6 күн бұрын

  Claros y precisos los conceptos y el desarrollo. Gracias por la versión en español

• 
  @user-bj6lx3to6v6 күн бұрын

  Claros y precisos los conceptos desarrollados. Muy bueno la disponibilidad en español

• 
  @pradeeparaleshwara92537 күн бұрын

  🎉🎉🎉

• 
  @cmntkxp7 күн бұрын

  I wish I could visit oneday

• 
  @deemaaameen47227 күн бұрын

  you are great Paul, very nice explanation

• 
  @MariaLauraValdez-fv2or7 күн бұрын

  Muy claros los conceptos para comprender el tema. Gracias por la versión en español!

• 
  @linkfan327 күн бұрын

  This is very good!

• 
  @user-zn8bn8zq3c8 күн бұрын

  @RohdeundSchwarz What this music is, please

• 
  @erikchavarin60858 күн бұрын

  If I'm watching these videos, generally it's because I'm studying and stressed out. The birds chirping in the background really inspire serenity.

• 
  @ericpilboue32769 күн бұрын

  Bien sur que j'ai tout compris. Quand U et I sont en phase p est maximun Apres, j'ai pas suivi mais ca parle de cosphi. Et du triangle des puissances. C'est pour les vieux ou l'education, avec les machins a decoupage ca se complique un peu. 😂😂

• 
  @fabianhuerta29019 күн бұрын

  Estos tutoriales en español son excelentes, aprendi mucho con estos videos

• 
  @Electromedicion6 күн бұрын

  Muy claros e importantes!. Gran profesional Paul Denisowski @pauldenisowski

• 
  @isabeldelosangelesnanez780910 күн бұрын

  qué maravillosa explicación!

• 
  @RohdeundSchwarz10 күн бұрын

  ◆チャプターリスト 00:11　おすすめの視聴方法 00:26　電力（有効電力）について 01:08　無効電力について 02:20　無効電力の良し悪し 03:30　皮相電力について 04:17　力率(PF , λ)について 05:09　力率の三角形 05:52　位相シフトと波形の歪み 07:04　低い力率による弊害 08:19　力率改善(PFC)について 09:53　力率の測定方法 10:57　力率測定のための計測器 11:13　パワーアナライザを用いた力率測定 12:10　オシロスコープを用いた力率測定 12:55　まとめ ◆最新のオシロスコープはこちら R&S®MXO5 オシロスコープ www.rohde-schwarz.com/jp/campaigns/osilloscope-mxo5_256888.html ◆最新のパワーアナライザはこちら R&S®NPA パワーアナライザ www.rohde-schwarz.com/jp/products/test-and-measurement/rs-essentials-meters-and-analyzers/rs-npa-power-analyzer_334255.html

• 
  @wormdamage11 күн бұрын

  That has got to be one of the best of these types of videos I've ever seen!

• 
  @pauldenisowski8 күн бұрын

  Thank you! I also have videos on UART, SPI, and SPMI :)

• 
  @technical588011 күн бұрын

  thank you.

• 
  @pauldenisowski10 күн бұрын

  Thanks for watching!

• 
  @technical588011 күн бұрын

  thanks.

• 
  @technical588011 күн бұрын

  great channal and great content.

• 
  @pauldenisowski8 күн бұрын

  Thank you!

• 
  @technical588011 күн бұрын

  thank you, for the great job.

• 
  @technical588011 күн бұрын

  you made it eazy.

• 
  @Nonchalant202312 күн бұрын

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

• 
  @ganimedescabreralanuza178612 күн бұрын

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

• 
  @theoryandapplication719713 күн бұрын

  thank you

• 
  @pauldenisowski12 күн бұрын

  Thanks for watching!

• 
  @NE-Explorer13 күн бұрын

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

• 
  @Floyd..B14 күн бұрын

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

• 
  @pauldenisowski14 күн бұрын

  Thanks for the kind feedback! Since the presentations are animated PowerPoint, I make most of the simple graphics directly within PowerPoint -- I think many people underestimate just how flexible the PowerPoint drawing tools are. For more complicated things, I use Adobe Illustrator, and most of the measurement results (traces) are exported MATLAB plots of saved measurements I've made.

• 
  @Floyd..B14 күн бұрын

  ​@@pauldenisowski Thank you, I'm using Inkscape for the moment (still learning to do vector graphics). I will try the PowerPoint drawing tools more extensively next time I use them.

• 
  @105NU7014 күн бұрын

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

• 
  @RohdeundSchwarz9 күн бұрын

  Dear 105NU70, we are really sorry that you are not satisfied with the quality of our product and would like to help you troubleshoot if possible. Could you please send details to [email protected] and we will work on. Best regards, Gerti from the Rohde & Schwarz Social Media Team

• 
  @chitol114 күн бұрын

  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

• 
  @pauldenisowski14 күн бұрын

  Thanks! GPIB is still an important technology - many of our customers still use GPIB and even our newest instruments have GPIB as an option. And a knowledge of GPIB is helpful for understanding SCPI (which I'm covering in an upcoming video)

• 
  @JackGlick14 күн бұрын

  Love it!

• 
  @joelsciamma932215 күн бұрын

  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.

• 
  @che-hsiensu177415 күн бұрын

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

• 
  @MohdImran-tf9gr15 күн бұрын

  Superb

• 
  @brandonkoh836116 күн бұрын

  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.