Calculation
Integration
(Total)
Integration
(Positive)
Integration
(Negative)
Integration
(ABS)
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type
Calculates the difference between the area (V·s) enclosed
by the zero position (0 V position) and the part of the
signal waveform where its amplitude is positive and the
area (V·s) enclosed by the zero position (0 V position)
and the part of the signal waveform where its amplitude is
negative.
Calculates the integration between the cursors when
performing the calculation over a specific range (selected
using the A/B cursors).
n
∑
S =
di × Δt
i = 1
Calculates the area (V·s) enclosed by the zero position
(0 V position) and the area where the signal waveform's
amplitude is positive.
When performing the calculation over a specific range
(selected using the A/B cursors), calculates the integration
between the cursors.
n
∑
S =
di × Δt
i = 1
, di > 0
Calculates the area (V·s) enclosed by the zero position
(0 V position) and the area where the signal waveform's
amplitude is negative.
When performing the calculation over a specific range
(selected using the A/B cursors), calculates the integration
between the cursors.
n
∑
S =
di × Δt
i = 1
, di < 0
Calculates the area (V·s) enclosed by the zero position (0 V
position) and the signal waveform.
When performing the calculation over a specific range
(selected using the A/B cursors), calculates the integration
between the cursors.
n
∑
S =
|di| × Δt
i = 1
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Description
S
:
Integral value
n
:
Total number of data points
di
:
ith data point for channel
Δt
: Sampling period
S
:
Integral value
n
:
Total number of data points
di
:
ith data point for channel
Δt
: Sampling period
S
:
Integral value
n
:
Total number of data points
di
:
ith data point for channel
Δt
: Sampling period
S
:
Integral value
n
:
Total number of data points
di
:
ith data point for channel
Δt
: Sampling period
Performing Numerical Calculations
s
s
1
1
s s
s s s
2
2
A cursor
B cursor
S = S
− S
1
2
Only the area where the
amplitude is positive
s
s
1
1
A cursor
B cursor
S = S
1
Only the area where the
amplitude is negative
s s
s s s
2
2
A cursor
B cursor
S = − S
2
s
s
1
1
s s s
s s
2
2
A cursor
B cursor
S = S
+ S
1
2
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