119
Integrate
dt (integrate) calculates the integral (area under the curve) of the selected channel. You can use
integrate to calculate the energy of a pulse in volt-seconds or measure the
area under a waveform.
dt plots the integral of the source using the Trapezoidal Rule. The equation is:
Where:
l
I = integrated waveform
l
Δ
t = point-to-point time difference
l
y = channel 1, 2, 3, or 4 data points
l
c
o
= arbitrary constant
l
i = data point index
The integrate operator provides an
Offset
F key that lets you enter a DC offset correction factor for the
input signal. A small DC offset in the integrate function input (or even small oscilloscope calibration
errors) can cause the integral to "ramp" up or down. The DC offset correction lets you level the
integral waveform.
Figure 74 Integral without Offset
å
=
D
+
=
n
0
i
i
0
n
y
t
c
I
Summary of Contents for OSC-9200
Page 1: ...AEGIS Shaft Voltage Tester Handheld Digital Oscilloscope AEGIS OSC 9200...
Page 18: ...3 Appearance and Dimensions mm Figure 1 Front View Figure 2 Side view...
Page 44: ...29 Horizontal Control Contents u Horizontal Scale u Horizontal Delay u Roll Mode u Zoom Mode...
Page 56: ...41 Figure 16 x Interpolation Figure 17 Sinx x Interpolation...
Page 60: ...45 Figure 21 With Random Noise Normal Mode Figure 22 With Random Noise Average Mode...
Page 105: ...90...
Page 135: ...120 Figure 75 Integral with Offset...
Page 139: ...124 Figure 77 Measure Pulse Width...
Page 190: ...175 DC Current Measurement AC Current Measurement...
