Scanlab RTC6 PCIe Board

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RTC6 boards

Doc. Rev. 1.0.21 en-US

11 Demo Programs

866

innovators for industry

11 Demo Programs

• Currently the RTC6 Software Package does not

contain demo programs.

Main Page

Table of Contents3
About this Manual24
Manufacturer24
Related Documents25
Glossary and Abbreviations26
Product Overview31
Labeling31
Unpacking Instructions and Typical Scope of Delivery31
Delivered RTC6 Software Package31
Folder Correction Files32
Folder Correctionfileconverter32
Folder Demo Files32
Folder HPGL32
Folder Iscancfg32
Folder RTC6 Driver32
Folder RTC6 Files33
Folder RTC6 Tools34
Intended Use35
System Requirements37
Hardware37
Software37
Options38
Jumper Settings and Type Designations40
Solder Jumper Field a - Configuring Output Signal Level at EXTENSION 1 Socket Connector41
Solder Jumper Field B - Configuring Pin (17) of EXTENSION 2 Socket Connector42
Solder Jumper Field C - Configuring Pin (15) of EXTENSION 2 Socket Connector43
Accessories for the RTC6 Pcie Board44
XY2-100 Converter44
Laser Adapter44
Data Cables44
Slot Cover with 9-Pin D-SUB Connector for "2. SCANHEAD" Socket Connector45
Slot Cover with 15-Pin D-SUB Connector for "MARKING on the FLY" Socket Connector45
Slot Cover with 15-Pin D-SUB Connector and 9-Pin D-SUB Connector46
Extension Board "RTC5/6 Varioscan FLEX Extension46
Supplementary Software47
Notes for RTC4 Users48
Hardware Changes48
Controlling Scan Systems48
Controlling the Laser48
EXTENSION 1 Socket Connector48
EXTENSION 2 Socket Connector49
MARKING on the FLY Socket Connector49
Other Hardware Interfaces49
Porting RTC4 Source Code to the RTC6 Pcie Board49
Changed Initialization49
Command Changes50
Increased Parameter Resolution51
Changed Timing Behavior52
New and Changed Functionality53
Interface to the PC53
Controlling Scan Systems53
Controlling the Laser54
Interfaces for Peripheral Equipment54
General Programming55
Laser Marking56
Special Functions56
Notes for RTC5 Users58
RTC6 Pcie Boards Vs. RTC5 Boards58
Functionality Changes58
Parameter Changes59
RTC6 Pcie Boards and Scan Systems with Scanahead Servo Control59
Restrictions with RTC6 Pcie Boards60
Availability of Technical Variants60
Peripheral Interfaces60
Functionality60
Source Code for RTC6 User Programs60
Creating New RTC6 Source Code60
Adapting RTC5 Source Code for the RTC6 Pcie Board60
Mandatory Steps60
Optional Steps and Notes on Further Modification and Optimization61
Changes to the RTC6 Command Set62
Removed from RTC6 Command Set62
Safety During Installation and Operation63
Safe Operation63
Laser Safety63
RTC6 Pcie Board - Layout and Interfaces64
Layout - Upper Side64
Layout - Lower Side65
Interface to the PC66
Master Socket Connector, Slave Socket Connector66
Interfaces to Scan System67
Scan Head Connectors and Transfer Protocol67
SCANHEAD Connector68
SCANHEAD Socket Connector68
XY2-100 Converter (Accessory)69
Data Cables (Accessories)71
Interfaces for the Laser and Peripheral Equipment73
LASER Connector73
Laser Control Signals73
External Control Signals74
BUSY List Execution Status74
2-Bit Digital Input Port74
2-Bit Digital Output Port74
12-Bit Analog Output Port 1 and 274
Input and Output Wiring74
Laser Adapter (Accessory)76
EXTENSION 1 Socket Connector78
Configuring the Output Signal Level78
16-Bit Digital Input Port and 16-Bit Digital Output Port78
Synchronization of Data Acquisition79
BUSY List Execution Status79
EXTENSION 2 Socket Connector80
Configuration by Solder Jumpers80
Laser Control Signals81
8-Bit Digital Output Port81
MARKING on the FLY Socket Connector82
Encoder Input Ports82
External Control Signals82
Analog Output Port82
BUSY List Execution Status82
MARKING on the FLY Slot Cover (Accessory)83
RS232 Socket Connector83
Mcbsp/Analog Socket Connector84
Mcbsp Interface84
Analog Input Ports86
STEPPER MOTOR Socket Connector87
Installation and Start-Up88
Checking Jumper Settings88
Installing the RTC6 Pcie Board88
Installing the RTC6 Board Driver89
Installing the RTC6 Software90
Changing RTC6 Pcie Board BIOS91
Safe Start-Up and Shutdown Sequences91
Functionality Test92
User Programs and Demo Programs92
Developing RTC6-User Programs93
RTC6 Software Concept Basics93
Controlling Scan Systems and Lasers - an Introductory Example93
Control Commands and List Commands94
Initialization and Program Start-Up95
DLL Calling Convention95
Importing Commands95
Pascal96
Initializing the RTC6 DLL and RTC6 Board Management97
Start of RTC6 Pcie Board Operation98
Initializing the Board98
Configuring the Board98
Initializing the Scan System Control99
Initializing the Laser Control99
Loading and Executing Lists99
Example Code (C)100
RTC6 List Memory102
Lists and the Protected RTC6 List Memory Area102
List 1" and "List 2102
List 3"- Protected RTC6 List Memory Area102
Configuring the RTC6 List Memory103
List Handling105
Loading Lists105
Unconditional" Loading105
Loading with Protection106
Terminating Lists106
List Status107
List Execution Status108
Starting and Stopping Lists109
Interrupting Lists for Synchronization of Processing110
Changing Lists Automatically110
One-Time List Change110
Alternating List Changes111
Structured Programming112
Subroutines112
Non-Indexed Subroutines112
Indexed Subroutines113
General Information on Calling Subroutines114
Index Management and Defragmentation115
Subsequent Protection and Conversion of Non-Indexed Subroutines116
Unprotecting Subroutines117
Character Sets and Text Strings118
Defining Indexed Character Sets118
Calling Indexed Characters119
Defining Indexed Text Strings for Time, Date and Serial Number119
Calling Indexed Text Strings120
Managing Indexed Characters and Text Strings120
Jumps120
RTC4-Circular Queue Mode121
Loops122
Using Several RTC6 Pcie Boards in One PC123
Multi-Board Programming123
Examples (Pascal)123
Single-Board Programming124
Master/Slave Operation124
Initialization with RTC6 Software Package  1.5.0 ( RBF 619)125
Initialization with RTC6 Software Package < V1.5.0 ( RBF 618)125
Synchronous Starts and Synchronous Stops126
Example Code (Delphi)127
Usage of RTC6 PCI Express Boards by Several User Programs128
Notes on Board Acquisition by a User Program128
Error Handling130
Download Verification131
Checking for Overruns132
Example Code (C)133
Miscellaneous135
Free Variables135
Basic Functions for Scan Head Control and Laser Control136
Marking Dots, Lines and Arcs136
Marking with Vector Commands and "Arc" Commands136
Jump Commands137
Mark Commands137
Arc Commands137
Polylines137
Ellipse Commands138
[*]Para[*] Commands139
Microstepping140
Marking Single Dots141
Example Code (C)142
Delay Settings - Coordinating Scan Head Control and Laser Control145
Laser Delays145
Laseron Delay146
Laseroff Delay146
Scanner Delays147
Jump Delay147
Variable Jump Delays148
Mark Delay149
Polygon Delay150
Variable Polygon Delays151
User-Defined "Variable Polygon Delays153
Notes on Optimizing the Delays155
Recommended Sequence155
Automatic Delay Adjustments155
Potential Errors When Optimizing the Delays157
Sky Writing160
Sky Writing Mode 1160
Sky Writing Mode 2161
Sky Writing Mode 3162
Synchronization162
Scan Head Control167
Reference System167
Image Field Size and Image Field Calibration167
Typical Image Field168
Compatibility Modes168
Virtual Image Field169
Coordinate Transformations in the Virtual Image Field169
Image Field170
Carrying out Adjustment170
Checking the Z Axis Calibration170
Testing 3-Axis Scan Systems with F-Theta Objective172
Image Field Correction and Correction Tables173
Field Distortion173
Image Field Correction Algorithm174
Activating Image Field Correction174
And 3D Correction Files174
Loading Correction Tables175
Assigning Loaded Correction Tables175
1To1 Correction Tables177
Inverse Tables177
Ct5 Correction File Header178
Converting Correction Files180
Output Values to the Scan System181
Calculation181
Value Ranges181
Precalculation and Diagnosis181
Clock Overruns182
Status Monitoring and Diagnostics183
Status Information Returned from the Scan System183
Laser Control184
Enabling, Activating and Switching Laser Control Signals184
Signals for "Laser Active" Operation186
Signals for "Laser Standby" Operation186
Automatic Suppression of Laser Control Signals187
Configuring the LASER Connector187
CO Mode188
YAG Modes 1, 2, 3, 5190
Q-Switch Signal190
Firstpulsekiller Signal190
Differences between the YAG Modes190
Lamp Current (Laser Power)191
Laser Mode 4193
Laser Mode 6194
Softstart Mode (Not yet Implemented)195
Pulse Picking Laser Mode196
Automatic Laser Control197
Position-Dependent Laser Control199
Speed-Dependent Laser Control201
Encoder-Speed-Dependent Laser Control204
Loading and Determining the Nonlinearity Curve204
Vector-Defined Laser Control206
Synchronization of the RTC6 Clock Cycle and an External Clock Signal207
Pulse Synchronization Mode208
Marking Dates, Times and Serial Numbers210
Marking the Time and Date210
Marking Serial Numbers210
Advanced Functions for Scan Head Control and Laser Control212
Idrive Functions212
Transfer Protocol212
Configuring the Data Signal Transmission Behavior of the Scan System213
Setting Data Types213
Reading out Data213
Monitoring the Positioning214
Selecting the Tuning (Dynamics Setting)216
Jump Mode217
Functional Principle217
Requirements and Activation218
Jump-Length-Dependent Jump Delays218
Determining Jump Delay Values Experimentally219
Notes on Loading Determined Jump Delay Values219
Automatic Determination of the Jump Delay Table221
Configuring the Posack Limit Value222
Configuring the Effective Calibration222
Configuring the Start Behavior223
Fault Diagnosis and Functional Test223
Coordinate Transformations224
Online Positioning228
Local Online Positioning228
Configuring "Local Online Positioning229
Global Online Positioning231
Configuring "Global Online Positioning231
Wobbel Mode232
Example Code (C++)233
Wobbel Shapes - Important Notes on Choosing Appropriate Parameter Values234
Classic" Wobbel Shapes234
Freely Definable Wobbel Shapes235
Controlling 2D Scan Systems and 3D Scan Systems236
Scan Systems236
Scan Systems237
Intended Use237
Connection and Initialization237
Commands238
Adjusting Tracking Errors239
Enhanced 3D Correction240
Using Several Correction Tables241
Processing-On-The-Fly242
Intended Use and Initialization242
Overview242
Compensating Linear Movements243
Correction Via Encoder Counters243
Correction Via Mcbsp Interface245
Correction Via Mcbsp Interface with Additional Mcbsp Input246
Correction Via Mcbsp Interface with Enhanced Mcbsp Input246
Compensating Rotary Movements247
Correction Via Encoder Counter247
Correction Via Mcbsp Interface248
Correction Via Mcbsp Interface with Additional Mcbsp Input248
Compensating 2D Motions249
Encoder Compensation for Xy Positioning Stages249
Deactivating Processing-On-The-Fly Correction251
Virtual Image Field with Processing-On-The-Fly252
Synchronizing Processing-On-The-Fly Applications252
Encoder Resets254
Monitoring Processing-On-The-Fly Corrections255
Customer-Defined Monitoring Area256
Not yet Implemented257
Processing-On-The-Fly Correction for the Z Axis257
Fly Extension" Commands259
Notes on How to Use "Fly Extension" Commands260
Pixel Output Mode263
Principle of Operation263
RTC6 Commands263
Laser Control265
Synchronization268
Micro_Vector[*] Commands273
Timed Commands274
Automatic Self-Calibration275
Use for Drift Compensation275
How It Works275
Determining Reference Values277
Calibration During the Application277
Automatic Self-Calibration277
Customer-Specific Calibration278
Supplemental Information about Calibration278
Camming279
Time Measurements281
RTC6 Timer281
Timestamps281
Programming Peripheral Interfaces282
Signal Output282
16-Bit Digital Output Port282
8-Bit Digital Output Port283
12-Bit Analog Output Port 1 and 2283
Controlling Stepper Motors284
Output Signals284
Reference Runs and Position Initialization285
Set-Position Movements285
Querying Signals and Status Values286
Terminating Infinite Movements286
Waittime Parameter286
Interface287
Mcbsp Interface287
Signal Input288
16-Bit Digital Input Port288
Interface288
Mcbsp Interface288
Control by External Signals289
Starting and Stopping Lists by External Control Signals and Master/Slave Synchronization289
External Stop289
External Start290
External Start with Track Delay292
Regular (Periodic) External Starts293
Conditional Command Execution295
Example Code (Pascal)296
Synchronization by Encoder Signals298
Intended Use298
Input Ports for External Encoder Signals299
Encoder Simulation299
Synchronization and Online Positioning by Mcbsp Signals300
Periodical I/O Signals301
RTC6 Commands302
Overview302
Designations302
Multi-Board Commands302
Normal, Short, Variable and Multiple List Commands302
Undelayed Short List Commands, Delayed Short List Commands303
Multiple List Commands304
Compatibility304
Version Information305
Optional Functions305
Control Commands306
List Commands310
Data Types314
Pointer to Locations in the PC Memory314
RTC6 Command Set315
Acquire_Rtc316
Activate_Fly_1_Axis318
Activate_Fly_2_Axes319
Activate_Fly_2D321
Activate_Fly_2D_Encoder322
Activate_Fly_Xy324
Activate_Fly_Xy_Encoder324
Activate_Scanahead_Autodelays325
Activate_Scanahead_Autodelays_List325
Apply_Mcbsp326
Apply_Mcbsp_List327
Arc_Abs328
Arc_Abs_3D329
Arc_Rel_3D329
Arc_Rel330
Auto_Cal332
Auto_Change335
Auto_Change_Pos336
Bounce_Supp337
Camming338
Clear_Fly_Overflow340
Clear_Fly_Overflow_Ctrl340
Clear_Io_Cond_List341
Config_Laser_Signals342
Config_Laser_Signals_List342
Config_List344
Control_Command346
Copy_Dst_Src348
Create_Dat_File349
Disable_Laser351
Enable_Laser352
Eth_Assign_Card353
Eth_Assign_Card_Ip354
Eth_Boot_Dcmd355
Eth_Boot_Timeout355
Eth_Check_Connection356
Eth_Configure_Link_Loss357
Eth_Convert_Ip_To_String358
Eth_Convert_String_To_Ip359
Eth_Count_Cards360
Eth_Found_Cards361
Eth_Get_Card_Info362
Eth_Get_Card_Info_Search363
Eth_Get_Com_Timeouts364
Eth_Get_Com_Timeouts_Auto365
Eth_Get_Error366
Eth_Get_Ip367
Eth_Get_Ip_Search367
Eth_Get_Last_Error368
Eth_Get_Port_Numbers370
Eth_Get_Serial_Search370
Eth_Get_Standalone_Status371
Eth_Get_Static_Ip372
Eth_Max_Card373
Eth_Remove_Card374
Eth_Search_Cards375
Eth_Search_Cards_Range376
Eth_Set_Com_Timeouts377
Eth_Set_Com_Timeouts_Auto378
Eth_Set_High_Performance_Mode379
Eth_Set_Port_Numbers380
Eth_Set_Remote_Tgm_Format381
Eth_Set_Search_Cards_Timeout382
Eth_Set_Static_Ip383
Execute_At_Pointer384
Execute_List385
Execute_List_1385
Execute_List_2385
Execute_List_Pos386
Fly_Return388
Fly_Return_1_Axis388
Fly_Return_2_Axes389
Fly_Return_3_Axes390
Fly_Return_Z390
Free_Rtc6_Dll392
Get_Auto_Cal393
Get_Bios_Version394
Get_Card_Type394
Get_Char_Pointer395
Get_Config_List396
Get_Counts396
Get_Dll_Version397
Get_Encoder397
Get_Error400
Get_Fly_2D_Offset402
Get_Free_Variable402
Get_Galvo_Controls403
Get_Head_Para405
Get_Head_Status406
Get_Hex_Version408
Get_Hi_Data408
Get_Hi_Pos409
Get_Input_Pointer410
Get_Io_Status410
Get_Jump_Table411
Get_Lap_Time411
Get_Laser_Pin_In412
Get_Last_Error412
Get_List_Pointer413
Get_List_Serial414
Get_List_Space414
Get_Marking_Info415
Get_Master_Slave417
Get_Mcbsp418
Get_Mcbsp_List418
Get_Out_Pointer418
Get_Overrun419
Get_Rtc_Mode420
Get_Rtc_Version421
Get_Scanahead_Params422
Get_Serial424
Get_Serial_Number424
Get_Standby425
Get_Startstop_Info426
Get_Status428
Get_Stepper_Status430
Get_Sub_Pointer431
Get_Sync_Status432
Get_Table_Para434
Get_Temperature434
Get_Text_Table_Pointer435
Get_Time435
Get_Timestamp_Long436
Get_Transform437
Get_Transform_Offset438
Get_Value445
Get_Values445
Get_Wait_Status446
Get_Waveform447
Get_Waveform_Offset448
Get_Z_Distance449
Goto_Xy450
Goto_Xyz451
Home_Position452
Home_Position_Xyz453
If_Cond454
If_Fly_X_Overflow454
If_Fly_Y_Overflow455
If_Fly_Z_Overflow456
If_Not_Activated457
If_Not_Cond458
If_Not_Fly_X_Overflow459
If_Not_Fly_Y_Overflow460
If_Not_Fly_Z_Overflow461
If_Not_Pin_Cond461
If_Pin_Cond462
Init_Fly_2D463
Init_Rtc6_Dll464
Jump_Abs466
Jump_Abs_3D466
Jump_Abs_Drill466
Jump_Abs_Drill_2467
Jump_Rel468
Jump_Rel_3D469
Jump_Rel_Drill469
Jump_Rel_Drill_2469
Laser_On_List470
Laser_On_Pulses_List471
Laser_Signal_Off473
Laser_Signal_Off_List473
Laser_Signal_On474
Laser_Signal_On_List474
List_Call476
List_Call_Abs477
List_Call_Abs_Cond478
List_Call_Abs_Repeat478
List_Call_Cond479
List_Call_Repeat480
List_Continue481
List_Jump_Cond482
List_Jump_Pos483
List_Jump_Pos_Cond484
List_Jump_Rel485
List_Jump_Rel_Cond486
List_Next487
List_Nop487
List_Repeat488
List_Until488
List_Return489
Load_Auto_Laser_Control491
Load_Char493
Load_Correction_File494
Load_Disk498
Load_Fly_2D_Table501
Load_Jump_Table502
Load_Jump_Table_Offset503
Load_List505
Load_Position_Control507
Load_Program_File509
Load_Stretch_Table512
Load_Sub514
Load_Text_Table515
Load_Varpolydelay516
Load_Z_Table518
Load_Z_Table_20B519
Load_Z_Table_No520
Load_Z_Table_No_20B522
Load_Zoom_Correction_File522
Long_Delay523
Mark_Abs524
Mark_Abs_3D525
Mark_Char526
Mark_Char_Abs527
Mark_Date529
Mark_Date_Abs530
Mark_Ellipse_Abs531
Mark_Ellipse_Rel532
Mark_Rel533
Mark_Rel_3D534
Mark_Serial535
Mark_Serial_Abs537
Mark_Text538
Mark_Text_Abs539
Mark_Time540
Mark_Time_Abs542
Master_Slave_Config543
Mcbsp_Init544
Mcbsp_Init_Spi545
Measurement_Status546
Micro_Vector_Abs547
Micro_Vector_Abs_3D548
Micro_Vector_Rel549
Micro_Vector_Rel_3D550
Move_To550
Number_Of_Correction_Tables551
Para_Jump_Abs_3D553
Para_Jump_Abs554
Para_Jump_Rel554
Para_Jump_Rel_3D555
Para_Laser_On_Pulses_List556
Para_Mark_Abs558
Para_Mark_Abs_3D560
Para_Mark_Rel561
Para_Mark_Rel_3D562
Park_Position563
Park_Position_1_Axis565
Park_Position_2_Axes566
Park_Return567
Park_Return_1_Axis569
Park_Return_2_Axes570
Pause_List571
Periodic_Toggle572
Periodic_Toggle_List573
Quit_Loop574
Range_Checking576
Read_Abc_From_File577
Read_Abc_From_File_20B578
Read_Analog_In579
Read_Encoder580
Read_Image_Eth581
Read_Io_Port582
Read_Io_Port_Buffer583
Read_Io_Port_List584
Read_Mcbsp585
Read_Multi_Mcbsp586
Read_Status587
Read_User_Data589
Regulation3590
Release_Rtc591
Release_Wait592
Reset_Error593
Restart_List594
Rs232_Config594
Rs232_Read_Data595
Rs232_Write_Data596
Rs232_Write_Text596
Rs232_Write_Text_List597
Rtc6_Count_Cards598
Save_And_Restart_Timer599
Save_Disk600
Select_Char_Set602
Select_Cor_Table603
Select_Cor_Table_List606
Select_Rtc607
Select_Serial_Set609
Select_Serial_Set_List609
Send_User_Data610
Set_Angle611
Set_Angle_List612
Set_Auto_Laser_Control613
Set_Auto_Laser_Params617
Set_Auto_Laser_Params_List617
Set_Char_Pointer618
Set_Char_Table619
Set_Control_Mode622
Set_Control_Mode_List622
Set_Default_Pixel623
Set_Default_Pixel_List623
Set_Defocus624
Set_Defocus_List625
Set_Defocus_Offset626
Set_Defocus_Offset_List627
Set_Delay_Mode628
Set_Delay_Mode_List629
Set_Dsp_Mode630
Set_Duty_Cycle_Table631
Set_Ellipse632
Set_Encoder_Speed633
Set_Encoder_Speed_Ctrl634
Set_End_Of_List635
Set_Eth_Boot_Control636
Set_Extstartpos637
Set_Extstartpos_List637
Set_Ext_Start_Delay638
Set_Ext_Start_Delay_List639
Set_Firstpulse_Killer640
Set_Firstpulse_Killer_List640
Set_Fly_1_Axis641
Set_Fly_2_Axes642
Set_Fly_2D644
Set_Fly_3_Axes646
Set_Fly_Limits648
Set_Fly_Limits_Z649
Set_Fly_Rot650
Set_Fly_Rot_Pos651
Set_Fly_Tracking_Error652
Set_Fly_X653
Set_Fly_X_Pos654
Set_Fly_Y655
Set_Fly_Y_Pos656
Set_Fly_Z657
Set_Free_Variable658
Set_Free_Variable_List658
Set_Hi659
Set_Input_Pointer660
Set_Io_Cond_List661
Set_Jump_Mode662
Set_Jump_Mode_List665
Set_Jump_Speed666
Set_Jump_Speed_Ctrl666
Set_Jump_Table667
Set_Laser_Control668
Set_Laser_Delays671
Set_Laser_Mode672
Set_Laser_Off_Default672
Set_Laser_Pin_Out673
Set_Laser_Pin_Out_List673
Set_Laser_Power674
Set_Laser_Pulse_Sync675
Set_Laser_Pulses676
Set_Laser_Pulses_Ctrl677
Set_Laser_Timing678
Set_Laser_Timing_Table679
Set_List_Jump680
Set_Mark_Speed681
Set_Mark_Speed_Ctrl681
Set_Matrix682
Set_Matrix_List684
Set_Max_Counts685
Set_Mcbsp_Freq685
Set_Mcbsp_Global_Matrix686
Set_Mcbsp_Global_Matrix_List686
Set_Mcbsp_Global_Rot687
Set_Mcbsp_Global_Rot_List687
Set_Mcbsp_Global_X688
Set_Mcbsp_Global_X_List688
Set_Mcbsp_Global_Y689
Set_Mcbsp_Global_Y_List689
Set_Mcbsp_In689
Set_Mcbsp_In_List692
Set_Mcbsp_Matrix693
Set_Mcbsp_Matrix_List694
Set_Mcbsp_Out695
Set_Mcbsp_Out_Oie_Ctrl696
Set_Mcbsp_Out_Oie_List696
Set_Mcbsp_Out_Ptr697
Set_Mcbsp_Out_Ptr_List698
Set_Mcbsp_Rot699
Set_Mcbsp_Rot_List699
Set_Mcbsp_X700
Set_Mcbsp_X_List700
Set_Mcbsp_Y701
Set_Mcbsp_Y_List701
Set_Multi_Mcbsp_In702
Set_Multi_Mcbsp_In_List704
Set_N_Pixel705
Set_Offset706
Set_Offset_List706
Set_Offset_Xyz707
Set_Offset_Xyz_List708
Set_Pause_List_Cond709
Set_Pause_List_Not_Cond709
Set_Pixel711
Set_Pixel_Line712
Set_Pixel_Line_3D715
Set_Port_Default716
Set_Port_Default_List717
Set_Pulse_Picking718
Set_Pulse_Picking_Length718
Set_Pulse_Picking_List719
Set_Qswitch_Delay719
Set_Qswitch_Delay_List719
Set_Rot_Center720
Set_Rot_Center_List720
Set_Rtc4_Mode721
Set_Rtc5_Mode722
Set_Rtc6_Mode723
Set_Scale724
Set_Scale_List724
Set_Scanahead_Laser_Shifts725
Set_Scanahead_Laser_Shifts_List725
Set_Scanahead_Line_Params726
Set_Scanahead_Line_Params_List727
Set_Scanahead_Params728
Set_Scanahead_Speed_Control731
Set_Scanner_Delays732
Set_Serial732
Set_Serial_Step733
Set_Serial_Step_List733
Set_Sky_Writing734
Set_Sky_Writing_Limit735
Set_Sky_Writing_Limit_List735
Set_Sky_Writing_List736
Set_Sky_Writing_Mode737
Set_Sky_Writing_Mode_List738
Set_Sky_Writing_Para739
Set_Sky_Writing_Para_List741
Set_Softstart_Level742
Set_Softstart_Level_List742
Set_Softstart_Mode743
Set_Softstart_Mode_List743
Set_Standby744
Set_Standby_List745
Set_Start_List746
Set_Start_List_1746
Set_Start_List_2746
Set_Start_List_Pos747
Set_Sub_Pointer748
Set_Text_Table_Pointer749
Set_Timelag_Compensation750
Set_Trigger751
Set_Trigger4760
Set_Trigger8761
Set_Vector_Control762
Set_Verify764
Set_Wait765
Set_Wobbel766
Set_Wobbel_Control768
Set_Wobbel_Direction770
Set_Wobbel_Mode771
Set_Wobbel_Mode_Phase774
Set_Wobbel_Offset775
Set_Wobbel_Vector776
Set_Wobbel_Vector_2780
Set_Zoom780
Set_Zoom_List780
Simulate_Encoder781
Simulate_Ext_Start782
Simulate_Ext_Start_Ctrl783
Simulate_Ext_Stop784
Spot_Distance785
Spot_Distance_Ctrl785
Start_Loop786
Stepper_Abs787
Stepper_Abs_List788
Stepper_Abs_No788
Stepper_Abs_No_List789
Stepper_Control790
Stepper_Control_List790
Stepper_Disable_Switch791
Stepper_Enable792

Scanlab RTC6 PCIe Board - Page 866

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