You can also design burst shape files externally and download the data to the signal generator. For
more information, see the Agilent Signal Generators Programming Guide.
To Create and Store User–Defined Burst Shape Curves
Using this procedure, you learn how to enter rise shape sample values and mirror them as fall shape
values to create a symmetrical burst curve.
1. Press
.
Preset
2. Press
>
Mode
Custom
3. Press
Define User Burst Shape
4. Enter values similar to the sample values in the following table:
a. Highlight the value (1.000000) for sample 1.
b. Press
>
.
.4
Enter
c. Press
>
.
.6
Enter
d. Enter the remaining values for samples 3 through 9 from the table above.
e. Press
More (2 of 2)
This changes the fall shape values to a mirror image of the rise shape values.
Chapter 7
>
>
Real Time I/Q Baseband
>
>
More (1 of 2)
Delete All Rows
Rise Shape Editor
Sample
Value
0.000000
0
0.400000
1
0.600000
2
0.750000
3
0.830000
4
>
>
Edit Fall Shape
Load Mirror Image of Rise Shape
.
Burst Shape
>
Confirm Delete Of All Rows
Sample
5
6
7
8
9
>
Confirm Load Mirror Image of Rise Shape
Custom Real Time I/Q Baseband
Working with Burst Shapes
.
Value
0.900000
0.950000
0.980000
0.990000
1.000000
.
189