Products > Test Equipment
Rigol announces "serious" scope: DS70000
H.O:
That secondary 3.5" touch screen is a novel touch :-)
But what about the probe interface/connectors, are they made from carbon fibre, conductive plastic or are they actually covered with black soldermask? Some images looks like renderings, others don't
Oh, and the electronic front panel sticker (as already mentioned) is nice! Now you can hack it AND have it reflected on the sticker :-)
Seriously though, interesting to see Rigol really stepping up their game, I hope they succeed.
Martin72:
Maybe that was the reason they treated other rigol scopes so "badly", putting all their effort into this monster..
--- Quote ---But what about the probe interface/connectors, are they made from carbon fibre, conductive plastic or are they actually covered with black soldermask? Some images looks like renderings, others don't
--- End quote ---
https://youtu.be/dEmAfCW8z-4
In the video, it looks different, "normal"....
Edit: And its rendering... :P
egonotto:
Martin72:
"Batronix got it now:
https://www.batronix.com/shop/oscilloscopes/Rigol-DS70304.html"
Hello,
but the noise is too bad.
1 mV/div 500 uVrms (5 GHz 50 Ohm)
1 V/div 60 mVrms (5 GHz 50 Ohm)
Infiniium MXR:
1 mV/div 193 (?) uVrms (6 GHz 50 Ohm)
1 V/div 16.26 (?) mVrms (6 GHz 50 Ohm)
(?) makes it sense 3 or 4 digits for the noise measure?
Best regards
egonotto
Martin72:
--- Quote ---makes it sense 3 or 4 digits for the noise measure?
--- End quote ---
I don“t think so.
Noise...the "old" rigol problem.
And with 16bit it got a bandwith of 50/75Mhz.
But optically, it looks very cool. ;D
egonotto:
Hello,
1 mV/div and 2 mV/div are a magnification of 4 mV/div setting.
Now I dont understand the noise for 1mV/div, 2 mV/div and 5 mV/div
I expect 4 mV/div has 500 uVrms, but 5 mV/div has 800 uVrms noise (5 GHz 50 Ohm). I expect than only 625 mVrms.
Best regards
egonotto
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