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KLR-DEV 060713
1-3
1.2.1
INITIALIZATION
When an instrument is first accessed, it is desirable to have it start at a standard state and to
verify that the instrument is the correct one. These functions utilize standard commands which
are common to all power supply class instruments such as *IDN? *CLS and *RST. In the various
drivers, this functional group also includes an open and close functionality.
1.2.2
OUTPUT CONTROL
The power supply class instrument has specific requirements to support voltage and current
settings, output enable and protection. These functions are common to all power supplies in the
power supply class.
1.2.3
MEASUREMENT
The Power supply has the ability to measure the voltage and current at the output and display
this information on the front panel. The measurement system provides the ability to read this
back from the unit.
1.2.4
LIMIT MODELS (USER-DEFINED VOLTAGE/CURRENT LIMITS)
The KLR Power Supply can be programmed to user-defined values that can be lower than the
maximum values. For example, although the KLR 40-60 is factory set to 40V and 60A (2400
Watts), arbitrary limits, e.g., 40A@30V or 30A@35V can be established. Once the limits are set,
setting values exceeding the limit values will not be accepted. The limit model settings are pass-
word protected.
1.2.5
SAVE/RECALL (STORAGE OF USER-PROGRAMMED ACTIVE SETTINGS)
The KLR Power Supply contains 40 memory locations that can be used to store active settings.
Values are stored in the nonvolatile memory and are retained when the unit is turned off. The
stored settings can then be recalled and applied as desired. See PAR. A.13 for
*SAV
(Save)
*RCL
(Recall). The unit has the ability to read or set the storage locations without
affecting the output of the power supply. These setting are cleared when a calibration is per-
formed. Recalling a location which has never been loaded with data will cause a -221,”Settings
conflict” error and the output is unchanged.
If a limit model setting (PAR. 1.2.4) is changed and a stored parameter is outside the range
established by the new limit model, when that location is recalled, the parameter recalled
appears at the output as the default minimum (zero V or minimum A), but the stored value is
unchanged, and no error message is issued.
1.2.6
LIST (USER-PROGRAMMED SEQUENCES)
Using the LIST functions, up to 250 locations are available for programming the KLR output.
These locations enable the user to program the output using multiple command sequences
which may be initiated by a single command (see PARs B.9 through B.29). The repeatable user-
determined sequences are stored in volatile memory and are retained until reprogrammed, the
power supply is turned off, a calibration is performed, a
LIST:CLEar
command is received, or
limit model settings are changed.
Each location defines values for the active channel (either output voltage or output current), a
dwell time duration (between 0.010 and 655.36 seconds) for the programmed settings, and the
state of the internal relay. By programming the output to change in small increments, complex
outputs can be generated.
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