Hioki Memory HiCorder MR6000 Instruction Manual page 145

Calculation type
Calculates the value (amplitude) between
the low and high levels, which are calculated
considering 0% and 100%, respectively, of the
Amplitude
acquired waveform data to be them based on the
histogram (frequency distribution).
(High level) − (Low level)
Calculates the ratio of the difference between
the maximum (or minimum) value and the
high (or low) level to the difference between
the high and low levels, which are calculated
considering 0% and 100%, respectively, of the
Overshoot
acquired waveform data to be them based on the
Undershoot
histogram (frequency distribution).
{[(Maximum value) − (High level)] / [(High level)
− (Low level)]} × 100
{[(Low level) − (Minimum value)] / [(High level) −
(Low level)]} × 100
+Width
(Period during Calculates the time lag between the time when
which the waveform is the waveform crossed the intermediate line level
above the intermediate (50%) in the positive (or negative) direction and
level) the time when it next crossed the intermediate
−Width (Period during level in the opposite direction.
which the waveform is Settings: Filter,
below the intermediate
level)
Calculates the time during which the burst signal
is output.
Settings: Filter,
Burst width
Calculates the count by subtracting the count (V)
enclosed by the zero-level (zero-potential) line
and the part where the amplitude of the signal
waveform is negative from the count (unit: V)
enclosed by the zero-level (zero-potential) line
and the part where the amplitude of the signal
Accumulation
waveform is positive.
Method: Total
When the range is specified with section cursors,
calculates the area between the cursors.
S =
Calculates the count (unit: V) enclosed by the
zero-level (zero-potential) line and the signal
waveform.
When the range is specified with section cursors,
Accumulation
calculates the area between the cursors.
Method:
Absolute value
S =
Stat.
Burst end filter, Window (Up,
Low), Stat.
S
: Area
n
∑
n
: Number of data points
di
di
: i-th data point acquired
i = 1
through the channel
S
: Area
n
∑
n
: Number of data points
|di|
di
: i-th data point acquired
i = 1
through the channel
Numerical Calculation Types and Descriptions
Description
Number of data points
100%
0%
Overshoot
100%
0%
Undershoot
+Width
100%
50%
0%
Window-
level range
s s
1 1
Cursor A
S = s − s
1 2
s s
1 1
Cursor A
S = s + s
1 2
High
level
Amplitude
Low
level
Number of data points
High
level
Low
level
−Width
High
Intermediate
level
Low
T
Burst width
s s s s s
2 2
Cursor B
s s s s s
2 2
Cursor B
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