Rigol DS2072A everything is fine.
Is there also a fix available for the SDS1102X ?
Thank you.
Now I wonder, will they honor warranty on this issue?
Nice to see dealing with issue in fast and decisive manner.
Is there also a fix available for the SDS1102X ?
This issue is even worse as on the E model. See picture below (picture is taken from other user in this forum in a previous posting).
https://www.eevblog.com/forum/testgear/siglent-sds1000x-series-oscilloscopes/msg1273415/#msg1273415
I have the same issue, as per posted picture, and yes my generators are fine, it's the scope.
I would like to do the modification myself.
Nice to see dealing with issue in fast and decisive manner.I don't think so. Any A-brand would do a recall and fix the problem for free. Having people deal with soldering SMD and handling small connectors themselves is a recipe for dissaster. How is this going to work out when it comes to warranty? The second best option would be to have the local dealers handle it by sending the scopes to a local company which specialises in repairing electronics at a component level (for example a laptop repair service).
Nice to see dealing with issue in fast and decisive manner.I don't think so. Any A-brand would do a recall and fix the problem for free. Having people deal with soldering SMD and handling small connectors themselves is a recipe for dissaster. How is this going to work out when it comes to warranty? The second best option would be to have the local dealers handle it by sending the scopes to a local company which specialises in repairing electronics at a component level (for example a laptop repair service).I'd agree if this is the only option for the fix. Tautech - Is DIY SMD soldering the only way people will get the issue sorted? Or is this just an option for those who'd prefer to do it themselves, with return for service for anyone who doesn't want to do the soldering? If it's the latter then if I owned one I'd be happy to have both options (and would likely do the soldering in preference to mucking about posting it off).
I don't think so. Any A-brand would do a recall and fix the problem for free. Having people deal with soldering SMD and handling small connectors themselves is a recipe for dissaster. How is this going to work out when it comes to warranty?
I would have expected Step 3: Tweak the front end to start with compensate the probes on 0.5V/div or 1V/div using the scope's 1kHz before starting.
I would have expected Step 3: Tweak the front end to start with compensate the probes on 0.5V/div or 1V/div using the scope's 1kHz before starting.
Afaik, this front end adjustment procedure with signal generator do not need probes.
Yes some elaboration on the front end calibration would be nice. I too assumed this step should be performed without probes (coax only), but reading it again it would make more sense to use middle-adjusted x10 probes.
That makes sense to me, I don't understand how it can be done without using X10 probes, but if it's not clear to at least 3 of us Step 3: Tweak the front end is not clear. I don't why it's done at 10kHz either, there's not much LF response left to compare the HF response against at that frequency.
I would have expected Step 3: Tweak the front end to start with compensate the probes on 0.5V/div or 1V/div using the scope's 1kHz before starting.
Afaik, this front end adjustment procedure with signal generator do not need probes.Yes some elaboration on the front end calibration would be nice. I too assumed this step should be performed without probes (coax only), but reading it again it would make more sense to use middle-adjusted x10 probes.