Keithley 4200-SCS Reference Manual page 1707

Index
Keithley User Library Tool (KULT)
Advanced KULT features
Cross-platform LPTLib compatibility
KULT window
LPT Library Function Reference
LPTLib and KITE interaction via UTMs
Tutorial 2
4200-901-01 Rev. S / May 2017
UTM (User Test Module) ................ 6-46
............................. 8-4
Debugging user modules using Microsoft™
Visual C++
Creating a debug task ..................... 8-58
Loading a debug task ..................... 8-59
Debugging user modules using Microsoft™
Visual C++ .NET ............................ 8-58
Managing user libraries ...................... 8-39
Changing the active user library directory
8-45
Controlling where user libraries are stored
..................................................... 8-40
Performing other KULT tasks
Updating and copying user libraries using
KULT command-line utilities
Understanding user module locking
Edit locking ..................................... 8-56
Removing locks that remain after
interrupted operation .................. 8-57
Run-time locking ............................. 8-57
Working with interdependent user modules
and user libraries ........................... 8-51
Building dependent user libraries
Structuring dependencies hierarchically
8-51
............................................... 8-5
Understanding
module code entry area .................... 8-7
module identification area ................. 8-6
module parameter display area
tab areas ........................................... 8-7
terminating brace area ...................... 8-7
................ 8-90
Moving user libraries between a 4200-SCS
and an S400 parametric test system
8-227
Absence of the KDF database on the
4200-SCS ................................ 8-228
Capacitance meter support differences
8-228
Header files ................................... 8-227
Instrument hardware differences
Instrument range differences
LPT execution differences
Moving user libraries between a
4200-SCS and a S600/S630
parametric test system ............. 8-230
Parameter differences .................. 8-229
S400/S600 functions not supported by the
4200-SCS .................................... 8-226
Creating a user module that returns data
arrays ............................................. 8-29
Checking the VSweep user module
Compiling and building the VSweep user
module ....................................... 8-33
Documenting the VSweep user module
8-33
Entering the VSweep user module code
8-29
.......... 8-48
...... 8-46
... 8-56
... 8-55
........ 8-220
........ 8-6
....
.
.. 8-227
........ 8-228
............ 8-229
8-33
.
Model 4200-SCS Reference Manual
Entering the VSweep user module header
files ............................................ 8-33
Entering the VSweep user module
parameters ................................ 8-30
Entering the VSweep user module return
type ............................................ 8-29
Naming a new user library and the new
VSweep user module
Saving the VSweep user module
Tutorial 3
Calling one user module from within
another .......................................... 8-35
Calling an independent user module from
the VSweepBeep user module
Checking the VSweepBeep user module
8-39
Compiling and building the VSweepBeep
user module ............................... 8-38
Creating the VSweepBeep user module
by copying an existing user module
8-35
Specifying user library dependencies in
the VSweepBeep user module
Keyboard connections ......................................... 2-4
KI
4200 SCS KXCI Settings tab
4200 SCS Properties tab
595 CV Quasistatic CV Meter Properties &
Connections tab ..................................... 7-25
KI 4200 MPSMU Properties & Connections tab
KI 4200 PreAmp Properties tab
KI 4200 SCOPE Properties & Connections tab
KI 4205 VPU Properties & Connections tab
KI 590 CV Analyzer Properties & Connections tab
7-24
KI 707/707A Switching Matrix Properties tab
KI 7174 Matrix Card Properties tab
KI 82 Simultaneous CV System Properties &
Connections tab ......................................... 7-26
ki590ulib user library ..........................................C-12
KITE
Example of site coordinates—sheet tab
probesites project .....................H-26
probesubsites project ................H-31
Save Project As dialog box
Kite - Select Directory window
KITE data display and analysis tools
..................................... 6-11
KITE interface overview
KScope .............................................................. 14-2
Arm settings ............................................... 14-5
Calculate settings ...................................... 14-6
Hardware settings ...................................... 14-8
Input settings ............................................. 14-3
Measure settings ....................................... 14-7
Scope operation ......................................... 14-9
Trigger settings .......................................... 14-4
KTE
Interactive file structure
KULT
entered array-size parameters
file menu .................................................... 8-12
window after entering and applying code and
parameters ............................................. 8-21
window after naming user library
window after naming user module
................ 8-29
... 8-33
.. 8-37
..
.. 8-38
,
............. 7-16 9-6
........................... 7-14
7-20
......................... 7-21
. 7-23
...... 7-22
....
..... 7-30
.................... 7-35
......G-9
, ,
I-25 J-7
, ,
I-29 J-9
........................ 6-74
......................... 6-342
............... 6-173
.............................. 10-4
................... 8-31
............... 8-17
............. 8-18
Index-9