And the most funny part is you never know how it really looks because every measurement influences the signal. Reminds me of a cat in a box. Don't you love RF voodoo !
Great example. When parasites aren't infesting the system (I see on some days why Bell Labs and others invented or used the anechoic chamber Faraday cage and some even have like 3 layers of Faraday cages literally)... this is neat to see just how the carrier current (hardwired) system effects signals integrity especially as we move into the higher frequency ranges more with COTS devices and proprietary devices. Thanks for sharing! Had to comment also regarding would have been nice, for me at least, if the current of injury (term taken from Dr. Robert O'Becker regarding bone/regenerative healing) devices to accelerate wound in general healing were on the market post wounded. Would be nice to find a way to attract metal fragments out also without disrupting body function adversely or at least long term. Then bio-equivalent heal up after metal even from screws and plates are removed. Seems like areas of opportunity for a startup or a medical device manufacturer.
We have a different but related problem with this on my end called shorting. My family has a bad history of shaking. Only getting worse as we age (its a miracle some of us can still solder...). One good thing that I like is that some probes (ie. N2870A) comes with an adhesive copper pad. It also came with plastic tips matching an IC's lead width being probed. The probe itself has a nice slot on the side to fit a flat copper ground lead with the plastic tip attached. (see keysight img link) Is there an accessory kit/s that I can be directed to for any probe containing these? The other probes we've got (N2890A) does not seem to have this. Link: s7.images.keysight.com/is/image/Keysight/PROD-1661803-01?$MAIN$
We do make our own active probes, but often passive probes are good enough for the measurement at hand. A passive probe will always be cheaper than a comparable active probe.
That was really helpful to see the actual examples. Thanks.
Great demo ... and such a nice presenter.
Nicely described, great presentation.
And the most funny part is you never know how it really looks because every measurement influences the signal. Reminds me of a cat in a box. Don't you love RF voodoo !
Flex nose grabbers, I love how those are named!
Great example. When parasites aren't infesting the system (I see on some days why Bell Labs and others invented or used the anechoic chamber Faraday cage and some even have like 3 layers of Faraday cages literally)... this is neat to see just how the carrier current (hardwired) system effects signals integrity especially as we move into the higher frequency ranges more with COTS devices and proprietary devices. Thanks for sharing!
Had to comment also regarding would have been nice, for me at least, if the current of injury (term taken from Dr. Robert O'Becker regarding bone/regenerative healing) devices to accelerate wound in general healing were on the market post wounded. Would be nice to find a way to attract metal fragments out also without disrupting body function adversely or at least long term. Then bio-equivalent heal up after metal even from screws and plates are removed. Seems like areas of opportunity for a startup or a medical device manufacturer.
Was wondering if you guys may have any vids for IDing a grounding fault with a prob?
Can impedance mismatch in digital signals with fast rise or fall time be the reason of ringing or overshoot in edges of pulse?
Yep!
I knew all this stuff already but it's nice to have it explained just one more time with beautiful intelligent women.
We have a different but related problem with this on my end called shorting. My family has a bad history of shaking. Only getting worse as we age (its a miracle some of us can still solder...). One good thing that I like is that some probes (ie. N2870A) comes with an adhesive copper pad. It also came with plastic tips matching an IC's lead width being probed. The probe itself has a nice slot on the side to fit a flat copper ground lead with the plastic tip attached. (see keysight img link) Is there an accessory kit/s that I can be directed to for any probe containing these? The other probes we've got (N2890A) does not seem to have this. Link: s7.images.keysight.com/is/image/Keysight/PROD-1661803-01?$MAIN$
hi can I use 150 MHz probe on 50MHz oscilloscope?
Yep!
@@KeysightLabs thank u...
CAN I SIGN YOUR CAST?!?!?
I just got it taken off, finally!
Why doesn't keysight just manufacture active probes and do away with passive ones? That should make the active probes cheaper.
We do make our own active probes, but often passive probes are good enough for the measurement at hand. A passive probe will always be cheaper than a comparable active probe.
Received
Good vid but I was waiting for"and this one time at band camp" sorry ..