49
Getting Started
S
SS
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ee
et
tt
tt
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ti
ii
ing
ng ng
ng U
UU
Up a
p ap a
p an E
n En E
n Edg
dgdg
dge
ee
e-
--
-D
DD
Di
ii
is
ss
sp
pp
pl
ll
la
aa
ace
cece
cem
mm
me
ee
en
nn
nt
t t
t S
SS
Si
ii
ign
gngn
gna
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al
ll
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P
PP
Pr
rr
ro
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og
gg
gr
rr
ra
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am
mm
mm
mm
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ng ng
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E
EE
Ex
xx
xa
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mm
mp
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e
If you want to include this burst signal in your GP-IB program use the
following command lines. The comment lines starting with a # are not
required.
N
NN
NO
OO
OTE
TETE
TE Two outputs and the channel addition feature are required for this
example. Therefore, this example can be performed by Agilent 81104A
and Agilent 81110A with Agilent 81111A 10V/165 MHz outputs.
# Reset the instrument to start from a defined, default status.
*RST
# Switch off the automatic display update to increase programming
# speed.
:DISPlay OFF
# Set the instrument to pattern mode and select NRZ data output format
# for output 1 and output 2.
:DIGital:PATTern ON
:DIGital:SIGNal1:FORMat NRZ
:DIGital:SIGNal2:FORMat NRZ
# Define a pattern length of 8 bit and program for channel 1 the pattern
# 10100010, for the channel 2 the pattern 00001000, see manual step 3.
:TRIGger:COUNt 8
:DIGital:PATTern:DATA1 #1810100010
:DIGital:PATTern:DATA2 #1800001000
# Set the frequency to 30 MHz, and a delay of 10 ns for output 2, the
# transition times for output 1 to 5ns to have same transition time
# shape as the added second channel, see comment in step 5.
:FREQuency 30MHZ
:PULSe:TRANsition1 5NS
:PULSe:DELay2 10NS
# Set the output voltage to high level 1.0 Volts and low level to 0.0 Volts
# for both channels. Then select channel addition mode, see manual
# step 4.
:VOLTage1:HIGH 1V
:VOLTage1:LOW 0V
:VOLTage2:HIGH 1V
:VOLTage2:LOW 0V
:CHANnel:MATH PLUS
# Enable the output 1 and the output 2.
:OUTPut1 ON
:OUTPut2 ON
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