Testing Performance 2
2000/3000 X-Series Oscilloscopes Service Guide 31
1 Press [Save/Recall] > Default/Erase > Factory Default to recall the factory default
setup.
2 If you are testing a 2000 X-Series oscilloscope, set the probe attenuation to 1:1
on the analog channel you are testing (for example, [1] > Probe > Probe; then,
turn the Entry knob to select 1.00 : 1).
3 Set up the oscilloscope.
a Adjust the horizontal scale to 200.0 us/div.
b Set the Volts/Div setting to the value in the first line in Table 8 or Table 9
(depending on the oscilloscope model).
c Adjust the channel’s vertical position knob to place the baseline (reference
level) at 0.5 major division from the bottom of the display.
Table 8 Settings Used to Verify DC Vertical Gain Accuracy, 2000 X-Series Models
Volts/Div Setting Oscilloscope Calibrator
Setting
Test Limits
5 V/Div 35 V 33.8 V to 36.2 V
2 V/Div 14 V 13.52 V to 14.48 V
1V/Div 7V 6.76V to 7.24V
500 mV/Div 3.5 V 3.38 V to 3.62 V
200 mV/Div 1.4 V 1.352 V to 1.448 V
100 mV/Div 700 mV 676 mV to 724 mV
50 mV/Div 350 mV 338 mV to 362 mV
20 mV/Div 140 mV 135.2 mV to 144.8 mV
10 mV/Div 70 mV 67.6 mV to 72.4 mV
5mV/Div
1
35 mV 33.4 mV to 36.6 mV
2mV/Div
1, 2
14 mV 12.72 mV to 15.28 mV
1mV/Div
1, 2
7 mV 5.72 mV to 8.28 mV
1
A blocking capacitor is required at this range to reduce noise. See “Use a Blocking Capacitor to
Reduce Noise" on page 34.
2
Full scale is defined as 32 mV on the 2 mV/div and the 1 mV/div range. Full scale on all other ranges
is defined as 8 divisions times the V/div setting.
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