Agilent Technologies Agilent 33500 Series Operating And Service Manual page 128

Embedded Waveform Editor
The instrument includes an embedded waveform editor for creating and editing single-channel arbitrary waveforms.
You can enter and edit voltage values directly or by combining up to 12 different kinds of standard waveforms, as
described in the following sections:
Standard Waveforms
Basic Waveform Editing
Advanced Edit
Advanced Math
Utility Menu
Standard Waveforms
The embedded waveform editor includes the following 12 waveforms:
Sine
Square
Ramp
Line
DC
Noise
Gaussian
Sinc
D-Lorentz
Agilent 33500 Series Operating and Service Guide
y = sin(x)
A square wave that switches between two voltage levels
A waveform with linearly rising or falling voltage
Line segment
A DC voltage
Random noise
A gaussian bell curve
y = sin(x)/x
The derivative of the Lorentz function. The Lorentz function is y = 1/(x²+1), so the
The D-Lorentz function is y = -2x/(x²+1)².
Embedded Waveform Editor
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