Hioki Memory HiCorder MR6000 Instruction Manual page 143

Calculation type
Calculates the area (unit: V
the trapezoidal approximation method. The areas of the parts enclosed by the lines are
X-Y area
calculated as illustrated below. The area can be calculated even when the X-Y composite
Method: curve is not displayed.
Trapezoidal
The calculation range can be specified on the horizontal axis (time-axis) waveform of each
approximation channel with the section cursors. The area of the X-Y composite curve is calculated within
the specified range (It is not possible to specify the range directly on the X-Y waveform with
the section cursors).
When one of Y data corresponds to X data
End point
Start point
s
0
Start point
End point
s
0
When the waveform includes
negative amplitude
Start point
Area
s
0
s
1
End point
Searches the calculation range from the
beginning for the point when the signal crossed
Time to level the specified level and calculates the time from
the trigger point to the point searched for.
Settings: Level, Slope,
Calculates the level when the specified time has
elapsed from the trigger point.
The time can also be specified based on
Level at time
previously calculated results.
Settings:
Calculates the pulse width based on the time lag
between the time when the waveform crossed
the specified level in the positive (or negative)
Pulse width
direction and the time when it next crossed the
specified level in the opposite direction.
Settings: Level, Slope, Filter,
2 ) of the figure enclosed by the X-Y composite curve using
S s
Area =
0
Start point
X-axis (Y = 0)
S s
Area = −
0
End point
X-axis (Y = 0)
When multiple pieces of Y data
correspond to XY data
S s s
= −
s
0 1
0
X-axis (Y = 0)
S s
Area =
0
Filter
Method (Time, Calc. No.),
calculation number (No. 1
Stat.
Numerical Calculation Types and Descriptions
Description
X-axis (Y = 0)
s S s
Area = −
0
0
End point
X-axis (Y = 0)
s S s
Area =
0
0
Start point
s
0
s
1
s
2
X-axis (Y = 0)
Level
0 V
Level
0 V
Time/
to No. 16)
Level
S
Area
s s s
= + 2 × +
0 1 2
X-axis (Y = 0)
T (Time)
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