jNSTALLATION AND
OPERATION
Trigger
Table
2-8.
IEEE-488 Commands
(cont)
One none Trigger command. Equivalent to the group
execute interface
message. Upon processing
the
trigger
command, the Generator
executes
the string, which has been preprogrammed
with the configure trigger
command.
2-37.
PROGRAMMING
EXAMPLE
1
Use ihe
following procedure to
program the Generator with a Fluke 1722A Instrument
Controller to
this state:
Frequency 210
MHz
Amplitude 6 dBm
Modulation
Freq. 1000 Hz
FM 5
kHz
Internal FM ON
AM 15%
External
AM ON
1.
Connect
the Generator to the Controller with an IEEE-488 eable.
2.
Set the address
switch of the Generator as follows (as
viewed from
the rear of the
instrument):
00000010
3. Enter the following program into the
Controller:
1 ! Fluke 1722A BASIC
p-rogram to control a 6060B.
2 ! The Address of the 6060B is 2.
3 AX
=
2%
10 ! Clear the 6QA0B so
that
it is in a knoun state.
15 INIT
FORT
0
20 REMOTE
\ CLEAR SAX
100 !
SET THE
6060B.
no PRINT SAX. "FR210MZ, AP6DB. MRl. FM5KZi Fll. Am5PC. AEl"
999 END
4.
Run the program by typing on the Controller "RUN (RETURN)".
2-38.
PROGRAMMING EXAMPLE 2
The 6060B Signal Generator can be connected to an other 6060B Signal
Generator in a
master-slave configuration. In the
following
example, two Generators are configured to
track each other in frequency. This configuration may be used to
track frequency,
amplitude,
AM, or
FM.
1. Connect two 6060B Signal Generators together
with an
IEEE-488 cable.
2. Set the rear panel address switch
of
the first Generator (talker) as follows;
00100000
3. Set the rear panel address switch of the second Generator
(listener)
as follows;
01000000
4. Manually program the talker Generator as follows:
FUNCTION
Frequency
Step Function
Frequency
Step
VALUE KEY SEQUENCE
2T0
MHz
CFREQJ Z21 C13 CO] CMHzjV]
Frequency
CFREQ] CSTEP]
1.25 kHz
Cl]
C-] C2]
C5] CkHz|mV]
2-36
I
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