Always something to learn from your series and really well presented It seems Keysight stepped in to making great videos, I really enjoy them every time.
This webcast is probably your best option, but I'm not sure how much of the application is proprietary: stream.dcasf.com/webinar/characterize-and-debug-crosstalk-issues-with-the-new-keysight-crostalk-application/
Slick! This is exactly what I need for a project, it sucks that I’ll never be able to afford a scope with functions like this as an amateur. I keep hitting the limitations of my Rigol.
There will be several opportunities to win a new scope during Wave 2018! It begins March 1, but you can preregister now. Make sure to check it out at wave.keysight.com
James, great question! Yes. The goal is to reduce the capacitive coupling, or electromagnetic interference between adjacent traces. Rerouting to increase the spacing is just one way to do this. Shielding or routing to other layers in the board can also work and may even be better options if you have limited real estate to work with.
I'm sorry you lost your scope! If you are looking for a new one, there will be several opportunities to win a new scope during Wave 2018! It begins March 1, but you can preregister now. Make sure to check it out at wave.keysight.com
This video series has boosted my impression of Keysight. You guys are doing a great job. I'm definitely going to save up for my next instrument buy.
They had this when they were Agilent as well.
Always something to learn from your series and really well presented
It seems Keysight stepped in to making great videos, I really enjoy them every time.
I love it when a season I'm enjoying ends without a cliffhanger, I can wait for the next one happy!
I have no idea what this video Is or even what crosstalk is but I feel like I’ve been looking for something like this my whole life to learn about
Thanks for.. giving information about
Thanks for the video. Is there a paper that tells how the tool removes crosstalk from the two aggressors?
This webcast is probably your best option, but I'm not sure how much of the application is proprietary: stream.dcasf.com/webinar/characterize-and-debug-crosstalk-issues-with-the-new-keysight-crostalk-application/
Did you connect RF generator to that pcb?
Slick!
This is exactly what I need for a project, it sucks that I’ll never be able to afford a scope with functions like this as an amateur. I keep hitting the limitations of my Rigol.
There will be several opportunities to win a new scope during Wave 2018! It begins March 1, but you can preregister now. Make sure to check it out at wave.keysight.com
I think I’ll do that, thanks!
Nice application!
Great video. Thank you!
Nicely done!
Besides actual distance relocation, are there other possibilities used to minimize the problem ? Shielding, multi-layer board usage ? J K
James, great question! Yes. The goal is to reduce the capacitive coupling, or electromagnetic interference between adjacent traces. Rerouting to increase the spacing is just one way to do this. Shielding or routing to other layers in the board can also work and may even be better options if you have limited real estate to work with.
Yes, or co-axial wiring . I am open to suggestions. J K
Well, I'm three years late to the party but the videos are still teaching people, me being one of them
Welcome!
pretty nice
I once had a RadioShack Probe scope, that little devil could induce noise on its own. ;-)
Ended up losing it on a job, and really miss it.
I'm sorry you lost your scope! If you are looking for a new one, there will be several opportunities to win a new scope during Wave 2018! It begins March 1, but you can preregister now. Make sure to check it out at wave.keysight.com
What a cute channel. Thanks for nice video.
Very cool
Beautiful speaker!
my ds1054z is mad at me for watching this video
It's just jealous