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Zurich Instruments HDAWG.ini
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Zurich Instruments HDAWG.ini
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# Instrument driver configuration file.
[General settings]
# The name is shown in all the configuration windows
name: Zurich Instruments HDAWG
# The version string should be updated whenever changes are made to this config file
version: 0.835.1
# Name of folder containing the code defining a custom driver. Do not define this item
# or leave it blank for any standard driver based on the built-in VISA interface.
driver_path: Zurich Instruments HDAWG
interface: USB
address: Enter device serial or '<autodetect>'
# Define if the instrument can be hardware triggered
#support_arm: True
#support_hardware_loop: False
[Model and options]
# The option section allow instruments with different options to use the same driver
# Check instrument model id at startup (True or False). Default is False
check_model: False
# List of models supported by this driver
model_str_1: HDAWG
check_option: False
# Note from the author: the driver includes automatic fetching of the
# installed options - it kindly asks the instrument to report its capabilities.
# General VISA settings for the instrument.
[VISA settings]
# Enable or disable communication over the VISA protocol (True or False)
# If False, the driver will not perform any operations (unless there is a custom driver).
use_visa: False
#######################################################################
### Sequence ##########################################################
#######################################################################
[Run mode]
datatype: COMBO
combo_def_1: Internal trigger
combo_def_2: External trigger
combo_def_3: Play once, then external trigger
def_value: Internal trigger
tooltip: Internal trigger plays and repeats the AWG after a defined amount of time. External trigger halts the AWG, awaiting a trigger to continue. Play once plays the AWG, then await an external trigger to continue.
; TODO: This tooltip is too long.
; For external triggering, use Trigger 1 defined below to trigger the AWG
group: Sequencer
section: Setup
set_cmd: other /%s/run_mode
get_cmd: other /%s/run_mode
[Sequencer triggers]
datatype: COMBO
combo_def_1: Send at AWG program start
combo_def_2: Send at AWG program finish
combo_def_3: Hold high during playback
combo_def_4: Send at AWG program start + finish
combo_def_5: Do not send sequencer triggers
def_value: Send at AWG program finish
tooltip: Will send active-high digital trigger 1 at the specified occasion.
group: Sequencer
section: Setup
set_cmd: other /%s/sequencer_triggers
get_cmd: other /%s/sequencer_triggers
[Run]
datatype: BOOLEAN
def_value: False
tooltip: Starts the AWG sequencer.
group: Sequencer
section: Setup
set_cmd: awgModule/awg/enable
get_cmd: awgModule/awg/enable
[Suppress forced sequencer repetition]
datatype: BOOLEAN
def_value: True
tooltip: Suppresses the sequencer program repeat function. Sequencer repetition may cause jitter if left on, suppress it unless you really know what you're doing.
group: Sequencer
section: Setup
set_cmd: boolean /%s/awgs/0/single
get_cmd: boolean /%s/awgs/0/single
[Minimise inter-device asynchronous jitter]
datatype: BOOLEAN
def_value: False
tooltip: Synchronises the device to the beat frequency of the sequencers (75 MHz). Disables oscillator 1.
group: Sequencer
section: Setup
set_cmd: other /%s/minimise_jitter
get_cmd: other /%s/minimise_jitter
[Halt on cache overflow]
datatype: BOOLEAN
def_value: True
tooltip: Halt the device if the waveform cache memory runs out of space.
group: Sequencer
section: Setup
[Use oscillator-based repetition delay]
datatype: BOOLEAN
def_value: False
tooltip: Base the internal repetition delay on oscillator 2. This generates much more accurate internal triggers but limits the delay amount to a pre-calculated set of options
group: Sequencer: internal trigger settings
section: Triggers
state_quant: Run mode
state_value_1: Internal trigger
set_cmd: other /%s/oscillator_based_delay
get_cmd: other /%s/oscillator_based_delay
#[Sample clock]
[Output sample rate]
datatype: DOUBLE
def_value: 2.4e9
high_lim: 2.4e9
low_lim: 100e6
unit: Sa/s
group: Clock
section: Setup
tooltip: Set the device 'Sample clock' (see ZI documentation).
set_cmd: other /%s/system/clocks/sampleclock/freq
get_cmd: other /%s/system/clocks/sampleclock/freq
[Attempt API reconnection when the HDAWG crashes]
datatype: BOOLEAN
def_value: True
group: Crash handling
section: Setup
tooltip: As of 2020, the ZI HDAWG encounters many errors, particularly after uploading waveform data. Setting this field to 'True' signals the driver to wait for a user-provided amount of time and then try to re-instantiate the ZI API connection.
[Time to wait]
datatype: DOUBLE
def_value: 600
low_lim: 0.1
unit: s
group: Crash handling
section: Setup
tooltip: Amount of time to wait for before attempting to restore the ZI API after a crash.
#[Sampling rate]
[Output sample rate divisor]
datatype: COMBO
combo_def_1: Sample rate / 1
combo_def_2: Sample rate / 2
combo_def_3: Sample rate / 4
combo_def_4: Sample rate / 8
combo_def_5: Sample rate / 16
combo_def_6: Sample rate / 32
combo_def_7: Sample rate / 64
combo_def_8: Sample rate / 128
combo_def_9: Sample rate / 256
combo_def_10: Sample rate / 512
combo_def_11: Sample rate / 1024
combo_def_12: Sample rate / 2048
combo_def_13: Sample rate / 4096
combo_def_14: Sample rate / 8192
cmd_def_1: 0
cmd_def_2: 1
cmd_def_3: 2
cmd_def_4: 3
cmd_def_5: 4
cmd_def_6: 5
cmd_def_7: 6
cmd_def_8: 7
cmd_def_9: 8
cmd_def_10: 9
cmd_def_11: 10
cmd_def_12: 11
cmd_def_13: 12
cmd_def_14: 13
def_value: Sample rate / 1
group: Clock
section: Setup
set_cmd: int /%s/awgs/0/time
get_cmd: int /%s/awgs/0/time
tooltip: Set the device 'Sampling rate.' The final sample rate is the 'Output sample rate' divided by this divisor.
[Reference clock]
datatype: COMBO
combo_def_1: Internal
combo_def_2: External
cmd_def_1: 0
cmd_def_2: 1
def_value: Internal
# The value was set to internal so that users are forced to switch the value,
# in which Labber will have to performSet this value.
group: Clock
section: Setup
set_cmd: other /%s/system/clocks/referenceclock/source
get_cmd: int /%s/system/clocks/referenceclock/source
tooltip: Set whether to synchronise the HDAWG with an external reference clock, or to run referred to its internal one.
# Changed from int to other to cover the more complex re-setting behaviour to internal should the external set fail.
[Beat frequency]
datatype: DOUBLE
unit: Sa/s
def_value: 600000000
low_lim: 0
group: Clock
section: Setup
state_quant: Minimise inter-device asynchronous jitter
state_value_1: True
tooltip: Insert here the beat frequency between the devices in question.
set_cmd: other /%s/beat_frequency
get_cmd: other /%s/beat_frequency
[Halt on external clock failure]
datatype: BOOLEAN
def_value: True
tooltip: Halt the device if failing to lock on to the external clock reference when requested to.
group: Clock
section: Setup
#######################################################################
### Triggers ##########################################################
#######################################################################
[Digital trigger 1]
label: Digital trigger 1
datatype: COMBO
combo_def_1: Trigger in 1
combo_def_2: Trigger in 2
combo_def_3: Trigger in 3
combo_def_4: Trigger in 4
combo_def_5: Trigger in 5
combo_def_6: Trigger in 6
combo_def_7: Trigger in 7
combo_def_8: Trigger in 8
cmd_def_1: 0
cmd_def_2: 1
cmd_def_3: 2
cmd_def_4: 3
cmd_def_5: 4
cmd_def_6: 5
cmd_def_7: 6
cmd_def_8: 7
group: Triggers
tooltip: Trigger for the AWG when 'Run mode' is set to 'External trigger.'
section: Triggers
set_cmd: int /%s/awgs/0/auxtriggers/0/channel
get_cmd: int /%s/awgs/0/auxtriggers/0/channel
[Slope digital trigger 1]
label: Slope digital trigger 1
datatype: COMBO
combo_def_1: Rising edge
combo_def_2: Falling edge
combo_def_3: Both
combo_def_4: Level
cmd_def_1: 1
cmd_def_2: 2
cmd_def_3: 3
cmd_def_4: 0
def_value: Rising edge
group: Triggers
tooltip: Signal edge for activating the trigger.
section: Triggers
set_cmd: int /%s/awgs/0/auxtriggers/0/slope
get_cmd: int /%s/awgs/0/auxtriggers/0/slope
[Digital trigger 2]
label: Digital trigger 2
datatype: COMBO
combo_def_1: Trigger in 1
combo_def_2: Trigger in 2
combo_def_3: Trigger in 3
combo_def_4: Trigger in 4
combo_def_5: Trigger in 5
combo_def_6: Trigger in 6
combo_def_7: Trigger in 7
combo_def_8: Trigger in 8
cmd_def_1: 0
cmd_def_2: 1
cmd_def_3: 2
cmd_def_4: 3
cmd_def_5: 4
cmd_def_6: 5
cmd_def_7: 6
cmd_def_8: 7
group: Triggers
tooltip: Trigger for the AWG when 'Run mode' is set to 'External trigger.'
section: Triggers
set_cmd: int /%s/awgs/0/auxtriggers/1/channel
get_cmd: int /%s/awgs/0/auxtriggers/1/channel
[Slope digital trigger 2]
label: Slope digital trigger 2
datatype: COMBO
combo_def_1: Rising edge
combo_def_2: Falling edge
combo_def_3: Both
combo_def_4: Level
cmd_def_1: 1
cmd_def_2: 2
cmd_def_3: 3
cmd_def_4: 0
def_value: Rising edge
group: Triggers
tooltip: Signal edge for activating the trigger.
section: Triggers
set_cmd: int /%s/awgs/0/auxtriggers/1/slope
get_cmd: int /%s/awgs/0/auxtriggers/1/slope
[Trigger out delay]
datatype: DOUBLE
def_value: 0
low_lim: 0
unit: s
group: Trigger delay at playback finish
section: Triggers
state_quant: Sequencer triggers
state_value_1: Send at AWG program finish
state_value_2: Send at AWG program start + finish
set_cmd: other /%s/trigger_out_delay
get_cmd: other /%s/trigger_out_delay
[Calibrate trigger out delay]
datatype: DOUBLE
def_value: 0.0
unit: s
tooltip: Calibrates the trigger out delay, enter the how many [s] the Trigger out delay overshoots ('The delay is 500 ns too long').
group: Trigger delay at playback finish
section: Triggers
state_quant: Sequencer triggers
state_value_1: Send at AWG program finish
state_value_2: Send at AWG program start + finish
set_cmd: other /%s/calibrate_trigger_out_delay
get_cmd: other /%s/calibrate_trigger_out_delay
[Halt on illegal repetition rate]
label: Halt program if detecting an illegal repetition rate
datatype: BOOLEAN
def_value: True
tooltip: Halt the device if the sequencer program takes longer to execute than the internal repetition rate given by the user (calculated delay time < 0).
group: Sequencer: internal trigger settings
section: Triggers
state_quant: Run mode
state_value_1: Internal trigger
set_cmd: other /%s/halt_on_illegal_repetition_rate
get_cmd: other /%s/halt_on_illegal_repetition_rate
[Internal trigger period]
datatype: DOUBLE
def_value: 100E-6
;low_lim: 100E-9
; TODO: Why does the trigger period have a lowest limit?
unit: s
state_quant: Run mode
state_value_1: Internal trigger
group: Sequencer: internal trigger settings
section: Triggers
set_cmd: other /%s/internal_trigger_period
get_cmd: other /%s/internal_trigger_period
[Calibrate internal trigger period]
datatype: DOUBLE
def_value: 0.0
unit: s
tooltip: Calibrates the internal trigger period, enter the how many [s] the Internal trigger period overshoots ('The period is 500 ns too long').
state_quant: Use oscillator-based repetition delay
state_value_1: False
group: Sequencer: internal trigger settings
section: Triggers
set_cmd: other /%s/calibrate_internal_trigger_period
get_cmd: other /%s/calibrate_internal_trigger_period
[Dynamic repetition rate]
label: Expand repetition rates dynamically
datatype: BOOLEAN
def_value: False
tooltip: If not halting on illegal repetition rates, expand the user-specified repetition rate to the minimum required value dynamically as the original requested value becomes illegal.
group: Sequencer: internal trigger settings
section: Triggers
state_quant: Halt on illegal repetition rate
state_value_1: False
set_cmd: other /%s/dynamic_repetition_rate
get_cmd: other /%s/dynamic_repetition_rate
[Trigger 1 - Input level]
label: Input level
datatype: DOUBLE
def_value: 1.0
high_lim: 10.0
low_lim: -10.0
unit: V
group: Trigger 1
section: Triggers
set_cmd: double /%s/triggers/in/0/level
get_cmd: double /%s/triggers/in/0/level
[Trigger 1 - Impedance]
label: Impedance
datatype: COMBO
combo_def_1: 1 kOhm
combo_def_2: 50 Ohm
cmd_def_1: 0
cmd_def_2: 1
def_value: 1 kOhm
group: Trigger 1
section: Triggers
set_cmd: int /%s/triggers/in/0/imp50
get_cmd: int /%s/triggers/in/0/imp50
[Trigger 2 - Input level]
label: Input level
datatype: DOUBLE
def_value: 1.0
high_lim: 10.0
low_lim: -10.0
unit: V
group: Trigger 2
section: Triggers
set_cmd: double /%s/triggers/in/1/level
get_cmd: double /%s/triggers/in/1/level
[Trigger 2 - Impedance]
label: Impedance
datatype: COMBO
combo_def_1: 1 kOhm
combo_def_2: 50 Ohm
cmd_def_1: 0
cmd_def_2: 1
def_value: 1 kOhm
group: Trigger 2
section: Triggers
set_cmd: int /%s/triggers/in/1/imp50
get_cmd: int /%s/triggers/in/1/imp50
[Trigger 3 - Input level]
label: Input level
datatype: DOUBLE
def_value: 1.0
high_lim: 10.0
low_lim: -10.0
unit: V
group: Trigger 3
section: Triggers
set_cmd: double /%s/triggers/in/2/level
get_cmd: double /%s/triggers/in/2/level
[Trigger 3 - Impedance]
label: Impedance
datatype: COMBO
combo_def_1: 1 kOhm
combo_def_2: 50 Ohm
cmd_def_1: 0
cmd_def_2: 1
def_value: 1 kOhm
group: Trigger 3
section: Triggers
set_cmd: int /%s/triggers/in/2/imp50
get_cmd: int /%s/triggers/in/2/imp50
[Trigger 4 - Input level]
label: Input level
datatype: DOUBLE
def_value: 1.0
high_lim: 10.0
low_lim: -10.0
unit: V
group: Trigger 4
section: Triggers
set_cmd: double /%s/triggers/in/3/level
get_cmd: double /%s/triggers/in/3/level
[Trigger 4 - Impedance]
label: Impedance
datatype: COMBO
combo_def_1: 1 kOhm
combo_def_2: 50 Ohm
cmd_def_1: 0
cmd_def_2: 1
def_value: 1 kOhm
group: Trigger 4
section: Triggers
set_cmd: int /%s/triggers/in/3/imp50
get_cmd: int /%s/triggers/in/3/imp50
[Trigger 5 - Input level]
label: Input level
datatype: DOUBLE
def_value: 1.0
high_lim: 10.0
low_lim: -10.0
unit: V
group: Trigger 5
section: Triggers
set_cmd: double /%s/triggers/in/4/level
get_cmd: double /%s/triggers/in/4/level
[Trigger 5 - Impedance]
label: Impedance
datatype: COMBO
combo_def_1: 1 kOhm
combo_def_2: 50 Ohm
cmd_def_1: 0
cmd_def_2: 1
def_value: 1 kOhm
group: Trigger 5
section: Triggers
set_cmd: int /%s/triggers/in/4/imp50
get_cmd: int /%s/triggers/in/4/imp50
[Trigger 6 - Input level]
label: Input level
datatype: DOUBLE
def_value: 1.0
high_lim: 10.0
low_lim: -10.0
unit: V
group: Trigger 6
section: Triggers
set_cmd: double /%s/triggers/in/5/level
get_cmd: double /%s/triggers/in/5/level
[Trigger 6 - Impedance]
label: Impedance
datatype: COMBO
combo_def_1: 1 kOhm
combo_def_2: 50 Ohm
cmd_def_1: 0
cmd_def_2: 1
def_value: 1 kOhm
group: Trigger 6
section: Triggers
set_cmd: int /%s/triggers/in/5/imp50
get_cmd: int /%s/triggers/in/5/imp50
[Trigger 7 - Input level]
label: Input level
datatype: DOUBLE
def_value: 1.0
high_lim: 10.0
low_lim: -10.0
unit: V
group: Trigger 7
section: Triggers
set_cmd: double /%s/triggers/in/6/level
get_cmd: double /%s/triggers/in/6/level
[Trigger 7 - Impedance]
label: Impedance
datatype: COMBO
combo_def_1: 1 kOhm
combo_def_2: 50 Ohm
cmd_def_1: 0
cmd_def_2: 1
def_value: 1 kOhm
group: Trigger 7
section: Triggers
set_cmd: int /%s/triggers/in/6/imp50
get_cmd: int /%s/triggers/in/6/imp50
[Trigger 8 - Input level]
label: Input level
datatype: DOUBLE
def_value: 1.0
high_lim: 10.0
low_lim: -10.0
unit: V
group: Trigger 8
section: Triggers
set_cmd: double /%s/triggers/in/7/level
get_cmd: double /%s/triggers/in/7/level
[Trigger 8 - Impedance]
label: Impedance
datatype: COMBO
combo_def_1: 1 kOhm
combo_def_2: 50 Ohm
cmd_def_1: 0
cmd_def_2: 1
def_value: 1 kOhm
group: Trigger 8
section: Triggers
set_cmd: int /%s/triggers/in/7/imp50
get_cmd: int /%s/triggers/in/7/imp50
#######################################################################
### Markers ###########################################################
#######################################################################
[Marker 1]
label: Assign signal to marker output 1
datatype: COMBO
combo_def_1: Output 1 Marker 1
combo_def_2: Output 1 Marker 2
combo_def_3: Output 2 Marker 1
combo_def_4: Output 2 Marker 2
combo_def_5: AWG Trigger 1
combo_def_6: AWG Trigger 2 (NOT RECOM.)
combo_def_7: AWG Trigger 3 (NOT RECOM.)
combo_def_8: AWG Trigger 4 (NOT RECOM.)
combo_def_9: High
combo_def_10: Low
combo_def_11: Trigger Input 1
combo_def_12: Trigger Input 2
combo_def_13: Trigger Input 3
combo_def_14: Trigger Input 4
combo_def_15: Trigger Input 5
combo_def_16: Trigger Input 6
combo_def_17: Trigger Input 7
combo_def_18: Trigger Input 8
cmd_def_1: 4
cmd_def_2: 5
cmd_def_3: 6
cmd_def_4: 7
cmd_def_5: 0
cmd_def_6: 1
cmd_def_7: 2
cmd_def_8: 3
cmd_def_9: 17
cmd_def_10: 18
cmd_def_11: 8
cmd_def_12: 9
cmd_def_13: 10
cmd_def_14: 11
cmd_def_15: 12
cmd_def_16: 13
cmd_def_17: 14
cmd_def_18: 15
def_value: AWG Trigger 1
group: Route marker outputs
section: Markers
set_cmd: int /%s/triggers/out/0/source
get_cmd: int /%s/triggers/out/0/source
tooltip: Select signal assigned to the corresponding marker output.
[Marker 2]
label: Assign signal to marker output 2
datatype: COMBO
combo_def_1: Output 1 Marker 1
combo_def_2: Output 1 Marker 2
combo_def_3: Output 2 Marker 1
combo_def_4: Output 2 Marker 2
combo_def_5: AWG Trigger 1
combo_def_6: AWG Trigger 2 (NOT RECOM.)
combo_def_7: AWG Trigger 3 (NOT RECOM.)
combo_def_8: AWG Trigger 4 (NOT RECOM.)
combo_def_9: High
combo_def_10: Low
combo_def_11: Trigger Input 1
combo_def_12: Trigger Input 2
combo_def_13: Trigger Input 3
combo_def_14: Trigger Input 4
combo_def_15: Trigger Input 5
combo_def_16: Trigger Input 6
combo_def_17: Trigger Input 7
combo_def_18: Trigger Input 8
cmd_def_1: 4
cmd_def_2: 5
cmd_def_3: 6
cmd_def_4: 7
cmd_def_5: 0
cmd_def_6: 1
cmd_def_7: 2
cmd_def_8: 3
cmd_def_9: 17
cmd_def_10: 18
cmd_def_11: 8
cmd_def_12: 9
cmd_def_13: 10
cmd_def_14: 11
cmd_def_15: 12
cmd_def_16: 13
cmd_def_17: 14
cmd_def_18: 15
def_value: AWG Trigger 1
group: Route marker outputs
section: Markers
set_cmd: int /%s/triggers/out/1/source
get_cmd: int /%s/triggers/out/1/source
tooltip: Select signal assigned to the corresponding marker output.
[Marker 3]
label: Assign signal to marker output 3
datatype: COMBO
combo_def_1: Output 3 Marker 1
combo_def_2: Output 3 Marker 2
combo_def_3: Output 4 Marker 1
combo_def_4: Output 4 Marker 2
combo_def_5: AWG Trigger 1 (NOT RECOM.)
combo_def_6: AWG Trigger 2
combo_def_7: AWG Trigger 3 (NOT RECOM.)
combo_def_8: AWG Trigger 4 (NOT RECOM.)
combo_def_9: High
combo_def_10: Low
combo_def_11: Trigger Input 1
combo_def_12: Trigger Input 2
combo_def_13: Trigger Input 3
combo_def_14: Trigger Input 4
combo_def_15: Trigger Input 5
combo_def_16: Trigger Input 6
combo_def_17: Trigger Input 7
combo_def_18: Trigger Input 8
cmd_def_1: 4
cmd_def_2: 5
cmd_def_3: 6
cmd_def_4: 7
cmd_def_5: 0
cmd_def_6: 1
cmd_def_7: 2
cmd_def_8: 3
cmd_def_9: 17
cmd_def_10: 18
cmd_def_11: 8
cmd_def_12: 9
cmd_def_13: 10
cmd_def_14: 11
cmd_def_15: 12
cmd_def_16: 13
cmd_def_17: 14
cmd_def_18: 15
def_value: AWG Trigger 2
group: Route marker outputs
section: Markers
set_cmd: int /%s/triggers/out/2/source
get_cmd: int /%s/triggers/out/2/source
tooltip: Select signal assigned to the corresponding marker output.
[Marker 4]
label: Assign signal to marker output 4
datatype: COMBO
combo_def_1: Output 3 Marker 1
combo_def_2: Output 3 Marker 2
combo_def_3: Output 4 Marker 1
combo_def_4: Output 4 Marker 2
combo_def_5: AWG Trigger 1 (NOT RECOM.)
combo_def_6: AWG Trigger 2
combo_def_7: AWG Trigger 3 (NOT RECOM.)
combo_def_8: AWG Trigger 4 (NOT RECOM.)
combo_def_9: High
combo_def_10: Low
combo_def_11: Trigger Input 1
combo_def_12: Trigger Input 2
combo_def_13: Trigger Input 3
combo_def_14: Trigger Input 4
combo_def_15: Trigger Input 5
combo_def_16: Trigger Input 6
combo_def_17: Trigger Input 7
combo_def_18: Trigger Input 8
cmd_def_1: 4
cmd_def_2: 5
cmd_def_3: 6
cmd_def_4: 7
cmd_def_5: 0
cmd_def_6: 1
cmd_def_7: 2
cmd_def_8: 3
cmd_def_9: 17
cmd_def_10: 18
cmd_def_11: 8
cmd_def_12: 9
cmd_def_13: 10
cmd_def_14: 11
cmd_def_15: 12
cmd_def_16: 13
cmd_def_17: 14
cmd_def_18: 15
def_value: AWG Trigger 2
group: Route marker outputs
section: Markers
set_cmd: int /%s/triggers/out/3/source
get_cmd: int /%s/triggers/out/3/source
tooltip: Select signal assigned to the corresponding marker output.
[Marker 5]
label: Assign signal to marker output 5
datatype: COMBO
combo_def_1: Output 5 Marker 1
combo_def_2: Output 5 Marker 2
combo_def_3: Output 6 Marker 1
combo_def_4: Output 6 Marker 2
combo_def_5: AWG Trigger 1 (NOT RECOM.)
combo_def_6: AWG Trigger 2 (NOT RECOM.)
combo_def_7: AWG Trigger 3
combo_def_8: AWG Trigger 4 (NOT RECOM.)
combo_def_9: High
combo_def_10: Low
combo_def_11: Trigger Input 1
combo_def_12: Trigger Input 2
combo_def_13: Trigger Input 3
combo_def_14: Trigger Input 4
combo_def_15: Trigger Input 5
combo_def_16: Trigger Input 6
combo_def_17: Trigger Input 7
combo_def_18: Trigger Input 8
cmd_def_1: 4
cmd_def_2: 5
cmd_def_3: 6
cmd_def_4: 7
cmd_def_5: 0
cmd_def_6: 1
cmd_def_7: 2
cmd_def_8: 3
cmd_def_9: 17
cmd_def_10: 18
cmd_def_11: 8
cmd_def_12: 9
cmd_def_13: 10
cmd_def_14: 11
cmd_def_15: 12
cmd_def_16: 13
cmd_def_17: 14
cmd_def_18: 15
def_value: AWG Trigger 3
group: Route marker outputs
section: Markers
set_cmd: int /%s/triggers/out/4/source
get_cmd: int /%s/triggers/out/4/source
tooltip: Select signal assigned to the corresponding marker output.
[Marker 6]
label: Assign signal to marker output 6
datatype: COMBO
combo_def_1: Output 5 Marker 1
combo_def_2: Output 5 Marker 2
combo_def_3: Output 6 Marker 1
combo_def_4: Output 6 Marker 2
combo_def_5: AWG Trigger 1 (NOT RECOM.)
combo_def_6: AWG Trigger 2 (NOT RECOM.)
combo_def_7: AWG Trigger 3
combo_def_8: AWG Trigger 4 (NOT RECOM.)
combo_def_9: High
combo_def_10: Low
combo_def_11: Trigger Input 1
combo_def_12: Trigger Input 2
combo_def_13: Trigger Input 3
combo_def_14: Trigger Input 4
combo_def_15: Trigger Input 5
combo_def_16: Trigger Input 6
combo_def_17: Trigger Input 7
combo_def_18: Trigger Input 8
cmd_def_1: 4
cmd_def_2: 5
cmd_def_3: 6
cmd_def_4: 7
cmd_def_5: 0
cmd_def_6: 1
cmd_def_7: 2
cmd_def_8: 3
cmd_def_9: 17
cmd_def_10: 18
cmd_def_11: 8
cmd_def_12: 9
cmd_def_13: 10
cmd_def_14: 11
cmd_def_15: 12
cmd_def_16: 13
cmd_def_17: 14
cmd_def_18: 15
def_value: AWG Trigger 3
group: Route marker outputs
section: Markers
set_cmd: int /%s/triggers/out/5/source
get_cmd: int /%s/triggers/out/5/source
tooltip: Select signal assigned to the corresponding marker output.
[Marker 7]
label: Assign signal to marker output 7
datatype: COMBO
combo_def_1: Output 7 Marker 1
combo_def_2: Output 7 Marker 2
combo_def_3: Output 8 Marker 1
combo_def_4: Output 8 Marker 2
combo_def_5: AWG Trigger 1 (NOT RECOM.)
combo_def_6: AWG Trigger 2 (NOT RECOM.)
combo_def_7: AWG Trigger 3 (NOT RECOM.)
combo_def_8: AWG Trigger 4
combo_def_9: High
combo_def_10: Low
combo_def_11: Trigger Input 1
combo_def_12: Trigger Input 2
combo_def_13: Trigger Input 3
combo_def_14: Trigger Input 4
combo_def_15: Trigger Input 5
combo_def_16: Trigger Input 6
combo_def_17: Trigger Input 7
combo_def_18: Trigger Input 8
cmd_def_1: 4
cmd_def_2: 5
cmd_def_3: 6
cmd_def_4: 7
cmd_def_5: 0
cmd_def_6: 1
cmd_def_7: 2
cmd_def_8: 3
cmd_def_9: 17
cmd_def_10: 18
cmd_def_11: 8
cmd_def_12: 9
cmd_def_13: 10
cmd_def_14: 11
cmd_def_15: 12
cmd_def_16: 13
cmd_def_17: 14
cmd_def_18: 15
def_value: AWG Trigger 4
group: Route marker outputs
section: Markers
set_cmd: int /%s/triggers/out/6/source
get_cmd: int /%s/triggers/out/6/source
tooltip: Select signal assigned to the corresponding marker output.
[Marker 8]
label: Assign signal to marker output 8
datatype: COMBO
combo_def_1: Output 7 Marker 1
combo_def_2: Output 7 Marker 2
combo_def_3: Output 8 Marker 1
combo_def_4: Output 8 Marker 2
combo_def_5: AWG Trigger 1 (NOT RECOM.)
combo_def_6: AWG Trigger 2 (NOT RECOM.)
combo_def_7: AWG Trigger 3 (NOT RECOM.)
combo_def_8: AWG Trigger 4
combo_def_9: High
combo_def_10: Low
combo_def_11: Trigger Input 1
combo_def_12: Trigger Input 2
combo_def_13: Trigger Input 3
combo_def_14: Trigger Input 4
combo_def_15: Trigger Input 5
combo_def_16: Trigger Input 6
combo_def_17: Trigger Input 7
combo_def_18: Trigger Input 8
cmd_def_1: 4
cmd_def_2: 5
cmd_def_3: 6
cmd_def_4: 7
cmd_def_5: 0
cmd_def_6: 1
cmd_def_7: 2
cmd_def_8: 3
cmd_def_9: 17
cmd_def_10: 18
cmd_def_11: 8
cmd_def_12: 9
cmd_def_13: 10
cmd_def_14: 11
cmd_def_15: 12
cmd_def_16: 13
cmd_def_17: 14
cmd_def_18: 15
def_value: AWG Trigger 4
group: Route marker outputs
section: Markers
set_cmd: int /%s/triggers/out/7/source
get_cmd: int /%s/triggers/out/7/source
tooltip: Select signal assigned to the corresponding marker output.
[Output 1 Marker 1 start time]
label: Marker 1 start time
datatype: DOUBLE
low_lim: 0.0
def_value: 0.0
unit: s
group: Waveform markers in waveform on output 1
section: Markers
tooltip: Sets the start time of this waveform marker, counting from the first sample in the AWG's loaded waveform.
set_cmd: other /%s/marker_config
get_cmd: other /%s/marker_config
[Output 1 Marker 1 duration]
label: Marker 1 duration
datatype: DOUBLE
low_lim: 0.0
def_value: 0.0
unit: s
group: Waveform markers in waveform on output 1
section: Markers
tooltip: Sets the playback duration of this waveform marker.
set_cmd: other /%s/marker_config
get_cmd: other /%s/marker_config
; [Output 1 Marker 2 start time]
; label: Marker 2 start time
; datatype: DOUBLE
; low_lim: 0.0
; def_value: 0.0
; unit: s
; group: Waveform markers in waveform on output 1