Agilent Technologies 33500 Series - Page 196

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Chapter 3 Features and Functions
Embedded Waveform Editor
3
DC
A simple DC voltage
Sinc
The waveform function:
y = sin(x)/x
D-Lorentz
The derivative of the Lorentz
function. The Lorentz function is y =
1/(x²+1).
The D-Lorentz function, therefore is
y = -2x/(x²+1)²
Gaussian
A waveform representing a gaussian
bell curve
Expo Fall
An exponential decay:
y = e
-kx
Expo Rise
An exponential rise:
y = 1 – e
-kx
Haversine
The haversine function:
y = [1 – cos(x)]/2