Agilent Technologies 6843A Manuale Utente
15
Programming trigger synchronization and delays
The previous transient examples were programmed to respond to immediate triggers. However, delayed
and phase synchronized triggers can also be programmed as shown in the following examples.
and phase synchronized triggers can also be programmed as shown in the following examples.
No delay; no phase synchronization
VOLT:M STEP
VOLT 120
VOLT:T 150
VOLT 120
VOLT:T 150
DELAY 0
SYNC:SOUR IMM
INIT:IMMED
SYNC:SOUR IMM
INIT:IMMED
When these commands are sent, the voltage amplitude changes immediately
upon the receipt of a trigger.
upon the receipt of a trigger.
VOLT level
TRIG level
Trigger
No delay; 90 degrees phase synchronization
VOLT:M STEP
VOLT 120
VOLT:T 150
VOLT 120
VOLT:T 150
DELAY 0
SYNC:SOUR PHAS
SYNC:PHAS 90
INIT:IMMED
SYNC:SOUR PHAS
SYNC:PHAS 90
INIT:IMMED
When these commands are sent, the voltage amplitude changes at the next
90 degree phase angle that occurs following the receipt of a trigger.
90 degree phase angle that occurs following the receipt of a trigger.
90
0
VOLT level
TRIG level
Trigger
Trigger delay; no phase synchronization
VOLT:M STEP
VOLT 120
VOLT:T 150
VOLT 120
VOLT:T 150
DELAY .0167
SYNC:SOUR IMM
INIT:IMMED
SYNC:SOUR IMM
INIT:IMMED
When these commands are sent, the voltage amplitude changes .0167
seconds after the receipt of a trigger.
seconds after the receipt of a trigger.
VOLT level
TRIG level
Delay
Trigger
Trigger Control
Voltage
Shift
Trigger
Trigger
Shift
Trigger Control
Voltage
Trigger Control
Voltage
Shift
Trigger