Scanlab RTC 5 PC Interface Board Installation And Operation Manual page 494

Delayed Short set_trigger
List Command
Signal1,
Signal2
Comments • If Signal1 and Signal2 are not from the above list, then the command will be replaced
with a list_nop, even if Period = 0
• After a set_trigger command (with Period > 0), a data pair will be stored immediately
and subsequently at intervals defined by the specified measurement period. Data
storage continues until the command is called again (with Period = 0), or until
set_trigger4(Period = 0) is called or until the full data storage capacity is reached
(automatic termination at the limit of 2
• If set_trigger was preceded by a
file No=3 or No=4, then the memory area's upper half reserved for data recording via
set_trigger will already be occupied. Then, only 2
set_trigger and measurement recording will automatically terminate at this value. If
loading of correction files No=3 or No=4 occurs after more than 2
recorded via set_trigger, then the values beyond 2
load_program_file
pairs.
• Measurement sessions started via set_trigger run only during list execution. This
applies even for sessions not terminated via set_trigger (Period = 0) or
set_trigger4(Period = 0). Here, the measurement session automatically resumes when
a new list starts
During list execution, the status can be reset either via set_trigger (Period = 0) or
stop_execution. If no list is active (here
be reset via stop_trigger.
• Sample values and status values returned by the scan system and stored on the RTC
via set_trigger (Signal1, Signal2 = 1-23, 25-30) are always in the RTC
range, even if the DLL is set to RTC
values can be subsequently transferred to the PC via the
evaluation. We recommend explicitly ending the measurement session before reading
the data. The measured values are transferred to the PC via
data and must be evaluated accordingly by the user (see comments for get_value).
• The current status of a measurement session can be queried via the
measurement_status
®
RTC 5 PC Interface Board
Rev. 1.9 e
10 Commands And Functions
= 31: Laser control parameter of vector-defined laser control (see set_vector_control)
= 32: Focus shift (see set_vector_control, set_defocus, set_defocus_list)
= 33: 12-bit output value at the ANALOG OUT1 output port (see set_auto_laser_control,
set_vector_control and chapter 9.1.4 "12-Bit Analog Output
= 34: 12-bit output value at the ANALOG OUT2 output port (see set_auto_laser_control,
set_vector_control and chapter 9.1.4 "12-Bit Analog Output
= 35: Output value at the 16-bit digital output port (see set_auto_laser_control,
set_vector_control and chapter 9.1.1 "16-Bit Digital Output
= 36: Output value at the 8-bit digital output port (see set_auto_laser_control,
set_vector_control and chapter 9.1.2 "8-Bit Digital Output
= 37: Pulse length (PulseLength) of the LASER1 and LASER2 laser signals (see
set_auto_laser_control, set_vector_control)
= 38: Output period (HalfPeriod) of the LASER1 and LASER2 laser signals (see
set_auto_laser_control, set_vector_control)
= 39: FreeVariable0
= 40: FreeVariable1
= 41: FreeVariable2
= 42: FreeVariable3
= 43: Counter value of encoder counter Encoder0
= 44: Counter value of encoder counter Encoder1
(get_last_error
load_correction_file
reestablishes the original state of up to 2
(set_end_of_list doesn't reset the measurement session's status).
®
4 compatibility mode. The measured and stored
command.
Ports")
Ports")
Port")
Port")
return code RTC5_PARAM_ERROR).
20
data pairs).
which loaded a file as correction
19
data pairs will be recordable with
19
19
will no longer be available.
20
possible measurement
stop_execution won't execute), the status can
get_waveform
get_waveform
data pairs had been
®
5
®
5's 20-bit
command for
as 32-bit
494