Agilent Technologies N6705 User Manual page 113

Symbol/Field:
8 Trigger Indicator
9 Scope Status
Range
10 Time
Time/Div.
11 Horizontal Reference
12 Trigger Source
Amplitude
13 Trigger Mode
Sample Rate
Model N6705 User's Guide
Description:
Shows the position of the trigger with respect to the waveform. In this
example, the trigger is offset to the left of the original point. The trigger point
corresponds to the offset reference when the offset is zero.
Indicates whether the scope is Running, Stopped, or Waiting for a trigger.
Range indicates the measurement range setting of the selected trace. If the
range field is red, it means that portions of the selected trace are out of range.
Indicates the time from the trigger point indicator to the vertical center line of
the grid. Negative values indicate the center line is to the left of the trigger
point. Positive values indicate the center line is to the right of the trigger point.
Use the front panel Horizontal Offset knob to adjust the trigger point.
Identifies the horizontal time-base setting. This can be adjusted using the front
panel Horizontal Time/Div knob.
Indicates the horizontal reference. In this example, the reference is centered.
Change the reference justification in the Scope Horizontal Properties window.
The scope's trigger source. In this example, the trigger source is a voltage level
on output 2.
Indicates the measurement will be triggered
on the up-slope (positive).
Indicates the measurement will be triggered
on the down-slope (negative).
If the trigger source is set to a voltage or current level, the amplitude of the
trigger level is indicated below the trigger source. In this example, the voltage
trigger level is set to 4.5V.
Indicates the trigger mode (Auto, Single, or Triggered).
The indicated scope sample rate is based on the horizontal time/div. setting.
When the time/div. setting is less than 20 ms/division, the scope will sample
at its fastest rate, depending on the number of traces selected:
1 trace (Model N678xA SMU only): 5.12 microseconds
1 to 2 traces (all modules): 10.24 microseconds
3 to 4 traces (all modules): 20.48 microseconds
Using the Measurement Functions 4
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