Versus
Draws a volts versus volts display of the two selected operands.
The bandwidth of both the X and Y axis is the full bandwidth of the
oscilloscope’s vertical input. Use versus to compare frequency and phase
relationships between two signals.
Integrate
Calculates the integral of operand 1. Use integrate to
calculate the energy of a pulse in volt-seconds.
Differentiate
Calculates the discreet derivative of operand 1. Use
differentiate to observe the rate at which a signal is changing. For
example, you can observe the slew rate of an operational amplifier.
Min
Minimum stores the minimum value acquired in each time bucket
on operand 1.’
Max
Maximum stores the maximum value acquired in each time bucket
on operand 1
The results for minimum and maximum are recalculated when any of the
following occurs:
•
Time base scale, position, or reference is changed.
•
Channel state, scale, or offset is changed.
•
Trigger definition is changed.
•
Acquisition mode, record length, or sampling rate is changed.
•
Additional data is stored to a waveform memory that is used as part of a
function.
•
The oscilloscope is turned off and on.
•
The Clear display key is pressed.
•
When the Run key is pressed after the oscilloscope was stopped.
FFT magnitude
Generates a new waveform by using a fast Fourier
transform (FFT).
See Also
Chapter 21, "FFT Menu," for a detailed description of the FFT features and
functions.
Math Menu
Define Function
12–5
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