For anyone pulling their hair out trying to get the excellent Net Storage feature to work on Windows 10 - if it is instantly failing to mount, and all the details and permissions are correct, it seems you may have to have re-installed SMB1 support on your PC, which Microsoft helpfully keep removing. I had to reboot PC after installing SMB1 client and server to get it to work.
That's one of the reasons why I changed several years ago OS from Windows (also called Windoof in Germany) to a linux OS (Ubuntu 20.04.3 LTS). Access from SDS2104X+ to network shares works just flawlessly with NFS. I very much like the new Siglent feature that offers to store data on a network drive rather than just on an USB stick.
For anyone pulling their hair out trying to get the excellent Net Storage feature to work on Windows 10 - if it is instantly failing to mount, and all the details and permissions are correct, it seems you may have to have re-installed SMB1 support on your PC, which Microsoft helpfully keep removing. I had to reboot PC after installing SMB1 client and server to get it to work.
umount /usr/bin/siglent/usr/mass_storage/net_storage
mount -t cifs -o vers=3.0,username=foo,password=bar,rw,soft //HostIP/Share /usr/bin/siglent/usr/mass_storage/net_share
will do the job correctly and enable SMB3 dialect...After few days I also noticed a faint ticking noise on the scope fan. I opened the torx10 screws on scope's backside near the fan some amount. Believe or not but the faint ticking noise disappeared from my device. In my case the screws were originally very tight, maybe the fan were slightly compressed.
If you have access to the instrument's command line:Code: [Select]umount /usr/bin/siglent/usr/mass_storage/net_storage
will do the job correctly and enable SMB3 dialect...
mount -t cifs -o vers=3.0,username=foo,password=bar,rw,soft //HostIP/Share /usr/bin/siglent/usr/mass_storage/net_share
++umgfoin
how did you create a digital test pulse with sub nS rise time ?
and at the same time be able to drive scope inputs ?
wow nice thanks, so the PIC is the pulse setup and usb interface,
and the little AJK AAA part is the magic pulse driver (linedriver) of some sort, with insane rise time capeabilities,
I see he also uses the rigt type of wide caps to be able to get the power this fast.
I have not ever owned anything with a touch screen, how do people keep it clean ?? I suppose do not eat fried chicken without washing hands first.
I just upgraded my 2000X+ and tested some new features, they are all great!
BUT, yes there always a "but", Could anyone school me what is so called "Track plot"?
I think I found this item under the measurement menu, as the pics below, but it always says "NULL". Tried everything under the measurement menu, still can't make it available.
(Attachment Link)
What is this? How to use it properly?
There is something to have in mind: Some measurements are performed one every signal cycle in acquired buffer. If you have 1000 periods of signal in a capture, it will make that measurement 1000 times. Some measurement are preformed on buffer as a whole. So for one single capture you only get one measurement.
Good example is "RMS" (whole interval you captured yields one result) and "cycle RMS" (that will give you back many results in one captured buffer).
You can guess which one can be enabled for Trend and which ones cannot?
There is something to have in mind: Some measurements are performed one every signal cycle in acquired buffer. If you have 1000 periods of signal in a capture, it will make that measurement 1000 times. Some measurement are preformed on buffer as a whole. So for one single capture you only get one measurement.
Good example is "RMS" (whole interval you captured yields one result) and "cycle RMS" (that will give you back many results in one captured buffer).
You can guess which one can be enabled for Trend and which ones cannot?
Thank you 2N3055!! It works exactly as you say! I get a clear view of the modulation signal, pics shows a FM Triangle wave. (Pic 1)
As you mentioned, ALL "cycle XXX" measurements can run the "Track plot". But again I found another problem, none of the Vertical measurements can show any outputs on "Track plot" window!! Not only can’t display an AM modulated signal, it can’t even output a plain line with a simple waveform input.
pic2 shows a 1.4V RMS sinewave, Manually set to scale, should expect a plain line on 1.4V label, but there are nothing. Auto set is unusable, seems it can't get any data from measurements.
A bug or something?
There is something to have in mind: Some measurements are performed one every signal cycle in acquired buffer. If you have 1000 periods of signal in a capture, it will make that measurement 1000 times. Some measurement are preformed on buffer as a whole. So for one single capture you only get one measurement.
Good example is "RMS" (whole interval you captured yields one result) and "cycle RMS" (that will give you back many results in one captured buffer).
You can guess which one can be enabled for Trend and which ones cannot?
Thank you 2N3055!! It works exactly as you say! I get a clear view of the modulation signal, pics shows a FM Triangle wave. (Pic 1)
As you mentioned, ALL "cycle XXX" measurements can run the "Track plot". But again I found another problem, none of the Vertical measurements can show any outputs on "Track plot" window!! Not only can’t display an AM modulated signal, it can’t even output a plain line with a simple waveform input.
pic2 shows a 1.4V RMS sinewave, Manually set to scale, should expect a plain line on 1.4V label, but there are nothing. Auto set is unusable, seems it can't get any data from measurements.
A bug or something?
I don't know, I don't have sds2000X+ to try it out...
Since my Scope is behind my working area I bought this some month ago, very handy.
Much better than try to reach the scope behind the DUT.
There is something to have in mind: Some measurements are performed one every signal cycle in acquired buffer. If you have 1000 periods of signal in a capture, it will make that measurement 1000 times. Some measurement are preformed on buffer as a whole. So for one single capture you only get one measurement.
Good example is "RMS" (whole interval you captured yields one result) and "cycle RMS" (that will give you back many results in one captured buffer).
You can guess which one can be enabled for Trend and which ones cannot?
Thank you 2N3055!! It works exactly as you say! I get a clear view of the modulation signal, pics shows a FM Triangle wave. (Pic 1)
As you mentioned, ALL "cycle XXX" measurements can run the "Track plot". But again I found another problem, none of the Vertical measurements can show any outputs on "Track plot" window!! Not only can’t display an AM modulated signal, it can’t even output a plain line with a simple waveform input.
pic2 shows a 1.4V RMS sinewave, Manually set to scale, should expect a plain line on 1.4V label, but there are nothing. Auto set is unusable, seems it can't get any data from measurements.
A bug or something?
I don't know, I don't have sds2000X+ to try it out...It must be getting late or you're dead tired.
Pretty difficult to calculate trends with so few samples on the display.
I've read somewhere they can both be unlocked to 500 MHz (in which case, what's the point of buying the more expensive model), but in another thread I read that the SDS2104X+ can only be upgraded to 200 MHz, and the SDS2204X can only be upgraded to 350 MHz.
https://www.siglenteu.com/news-article/summer-time-special-bundle-save-up-to-e496-with-a-new-sds2000x-plus-oscilloscope-and-option-bundle/