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Figure 63: USC-2 Driver Settings Dialog

Correction: Opens the Correction Settings Dialog (see below).

Marking on the Fly: Opens the MOTF Settings Dialog (see below).

Analog In: Opens the Analog In Settings Dialog (see below).

Test Laserports:

Download PhotoScape for Windows now from Softonic: 100% safe and virus free. More than 47202 downloads this month. Download PhotoScape latest version 2021. As long as the client does not use SCAPS Software for commercial purposes, but only for purposes of presentation or evaluation, he is entitled to download, copy and install a demo version of SCAPS Software, which at the sole discretion of SCAPS can contain functions of the full version by granting a password for a limited period, without. Installing SAMLight: Run scsamsetupv3XXYYYYMMDD.exe and follow the instructions. As default, the SCAPS software will be installed into the folder C: scaps sam2d.In the following text, SCAPS is a placeholder of the software installation path.

DAC: A value between 0 and 4095 will be set on the output by clicking 'Apply Now'. The radio buttons (2.5 V, 5 V and 10 V) are used to set the reference voltage of DAC A and DAC B.

8-Bit: A value between 0 and 255 will be set on the output by clicking 'Apply Now'.

Mode: The radio buttons define the used Laser mode. 'Q-Switch after FPK' defines that the Q-Switch (LaserA) starts to pulse after a single pulse at the LaserB port. 'Invert', each Laser signal can be inverted separately.

The laser signals can be inverted only with sc_setup.exe. In SAMLight the check boxes are grayed out.

Test IO: The 'Output' check boxes can be used to set OptoOut[0..5], DigiOut[0..9] and StepperOut[0..5]. The 'Input' check boxes can be used to display OptoIn[0..5], DigiIn[0..9] and StepperIn[0..2]. The 'Invert' check boxes are used to invert a single input or output.

Temperature [°C]: Shows the current USC-2 temperature in degree Celsius

Laserport: The radio buttons define which port to use for Laser power control. The 'Invert' flag can be used to invert the laser port, this means 0 = 100% and 255 = 0% power. The power ramp can be activated by the 'Up' and 'Down' flag, the gradient of the ramp has to be between 0 and 255.

Combine with LaserGate: If DAC A or DAC B is chosen under Laserport it is possible to turn off the laser power signal with the closing of the LaserGate. If LaserGate is going down DAC A or DAC B will also go down to 0. If the checkbox 'Set DAC B' is activated the DAC A will not go to 0 when LaserGate is going down but it will be set to the value that is defined under Test Laser ports -> DAC B.

StandBy: If enabled, a standby frequency and a pulse length can be defined.

Optimize PolyDelay: If selected the length of the polygon delay gets varied depending on the angle between two successive vectors. This feature becomes active when downloading a job to the flash. The Optimized PolyDelay can't be computed in StandAloneMode.

Pixel Grayscale: 'PixelAM': enables Amplitude Modulation. 'PixelPWM': enables Pulse Width Modulation. 'Laserport': if checked the selected Laserport gets used for the output of PixelAM, else port DA2 is taken.

Store: Store the settings to the USC-2 EPCS (this is necessary for stand-alone operation).

When pressing 'Store' all settings described above are stored to the USC-2. Make sure that the settings fit to the Laser and other machinery.

Save Trail File: Saves the USC-2 trail file to <SCAPS>intermed. The file name corresponds to sc_usc2_trail_head_x.txt, where x stands for the head number.

Figure 64: USC-2 Correction Settings Dialog

Use the 'Browse' button to open the desired correction file. The Head can be selected from the drop down menu.

It is possible to use different correction files for both Heads!

The following described settings can be made for each Head separately.

Enable: Enables the selected Head

Offset [bits]: The offset values are thought to compensate slightly X/Y offset errors to achieve the theoretical midpoint of the scanner field. Global offset errors which have the same deviation in X and Y direction should be corrected by changing the field X/Y min values in the Field edit group.

Gain: The gain values are thought to compensate slightly X/Y gain errors to archive a quadratic field.

Rotation: The scanner output will be rotated counterclockwise by this angle.

Z Correction: 'Settings': opens the next dialog, where the settings for Z correction can be edited.

Figure 65: USC-2 MOTF Settings Dialog

Multiplier: Type in the preferred MOTF factor and select the unit from the drop down menu.

Distance: The current distance will be displayed here.

Reset: Resets the displayed distance.

Channel: The direction, on which the encoder input takes effect, can be selected via the radio buttons.

It is possible to use both encoder inputs for the same direction!

Simulation: Enables simulation, therefore the encoder signals are generated by the USC-2 itself.

Figure 66: USC-2 Analog In Settings Dialog