Products > Test Equipment
REVIEW - Rigol DS2072 - First Impressions of the DS2000 series from Rigol
AndersAnd:
--- Quote from: PA0PBZ on December 31, 2013, 10:31:37 am ---
--- Quote from: AndersAnd on December 31, 2013, 10:27:17 am ---
--- Quote from: PA0PBZ on December 31, 2013, 10:20:36 am ---
--- Quote from: EV on December 31, 2013, 08:39:39 am ---After uninstalling BW 300M option BW has changed from 300 MHz to 240 MHz. Rise time has changed from 1.15 ns to 1.38 ns and over shoot has changed from 11.0 % to 8.5 %.
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You reversed the picture titles.
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Don't think so, the 300 MHz picture has faster rise time [1.148 ns] than the 200 MHz one [1.375 ns] as it should.
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After having a coffee and looking again you are right, it's just that the preview of the 200 Mhz one looks faster and I went wrong from there. :palm:
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Yeah that's the problem when one pic has a 1 ns timebase and the other pic has a 2 ns timebase.
EV:
It must not be too easy! ;D
--- Quote from: AndersAnd on December 31, 2013, 10:38:09 am ---Yeah that's the problem when one pic has a 1 ns timebase and the other pic has a 2 ns timebase.
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Mark_O:
--- Quote from: marmad on December 31, 2013, 02:54:55 am ---Just a tiny video for fun - showing how fast and easy it is to use the multifunction knob when you use the right grip.
This a totally unrehearsed, first-take video in which I type out "rigol ds2000 oscilloscope" on the software keyboard without selection errors in 50 seconds...
EDIT: Just managed 38 seconds when I put some thought and concentration into it - so an average of 1.52 seconds for each of the 25 selections.
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Show off! ;D :clap:
EV:
The next picture is from BATRONIX web site. There is told that with new measuring input stages the over shoot is below 5 %. The amplitude there is 5 mV when in my pictures it is 240 mV and the rise time of the pulse is < 70 ps.
--- Quote from: EV on December 31, 2013, 08:39:39 am ---After uninstalling BW 300M ..... and over shoot has changed from 11.0 % to 8.5 %.
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EV:
Here is rise time of scopes trigger out pulse. Its amplitude is 1.5 V and rise time about 1 ns probably. So the rise time of the pulse is much slower than the rise time of the pulse from TEK Type 284 generator. The measured rise time is 1.5 ns and over shoot only 3.5 % with old measuring input stage.
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