Figure 7 Extended Trigger Configuration - Agilent Technologies 8163A Programming Manual

Measurement Operations & Settings
180
:trig 1
Node A Input
Configuration
Slot 0 Event
0
Slot 17 Event
0
Input Trigger
0
Connector
Node B
0
:trig 2
Node B Input
Configuration
Slot 0 Event
0
Slot 17 Event
0
Input Trigger
0
Connector
Node A
0
Bits set in Node A/B Input Configuration determine the conditions that can cause a trigger at
Node A/B.
Bits set in Output Matrix Configuration determine whether Node A OR Node B triggers particular
module slots or generates an output trigger at the Output Trigger Connector.
n m
":TRIGger[ ][:CHANnel[
n m
":TRIGger[ ][:CHANnel[
":TRIGger" generates a trigger at Node A or Node B directly.

Figure 7 Extended Trigger Configuration

0
Node A
0
Node B
]]:OUTPut" explains how slot events can generate triggers.
]]:INPut" explains how a slot responds to an incoming trigger.
Agilent 8163A/B, 8164A/B & 8166A/B Mainframes, Fifth Edition
Triggering - The TRIGger Subsystem
Output Matrix
Configuration
Trigger Slot 0
0
Trigger Slot 1
0
Trigger Slot 16
0
Trigger Slot 17
0
Output
0
Trigger
Connector