Vector-Defined Laser Control - Scanlab RTC6 PCIe Board Installation And Operation Manual

Real time control of scan systems and lasers rtc6 software package v1.16.0
Table of Contents

Advertisement

Vector-Defined Laser Control

The "vector-controlled laser control"
allows a a signal parameter to be varied linearly along
a mark vector or jump vector.
To initialize the ""vector-controlled laser control"",
set_vector_control
must be used to specify which
signal parameter is to be varied with which initial
Ctrl
and Value).
value (parameters
Then the signal parameter is varied linearly along a
parameterized mark or jump vector. The end value is
automatically the start value for a subsequent
[*]para[*]
Command.
Notes
• List commands for explicitly changing the signal
parameter output value are temporarily effective
or not at all.
[*]para[*]
Commands always use the end value of
the previous
[*]para[*] Command
value.
Control commands that write to the same
output port should be avoided while processing a
list of
[*]para[*]
Commands.
• If the same output port is selected via
set_auto_laser_control
parameter from the
[*]para[*]
100% value for the laser control.
Special care should be taken with
set_vector_control (Ctrl
setting of the signal value is always done
immediately. This can lead to
varioSCAN.
• During execution of
[*]para[*]
Sky Writing
mode, see
"Sky Writing", page
160, is not taken into
account (but also not deactivated).
RTC6 boards
Doc. Rev. 1.0.21 en-US
7 Basic Functions for Scan Head Control and Laser Control
as their start
for Ctrl, the control
Commands acts as
= 7) (Defocus): The
Hard
Jumps on the
Commands, the
Chapter 7.2.4
206

Advertisement

Table of Contents
loading
Need help?

Need help?

Do you have a question about the RTC6 PCIe Board and is the answer not in the manual?

Related Products for Scanlab RTC6 PCIe Board

This manual is also suitable for:

Rtc6 ethernet board

Table of Contents

Save PDF