BOP-1K 031912
B-9
B.23 [SOURce:]CURRent[:LEVel]:LIMit:NEG COMMAND
CURR:LIM:NEG
Syntax:
Short Form: [SOUR:]CURR[:LEV]:LIM:NEG <value>
Long Form: [SOURce:]CURRent[:LEVel]:LIMit:NEGative <value>
Description: Establishes the negative software limit <value> for output current, i.e., sets the maximum value of out-
put current that the unit will be allowed to source (quadrant 3, Figure 1-3) or sink (quadrant 2) to the
value specified by the user. Requires MEM:UPD (PAR. B.12) to save for power up. See PAR. 3.5.2.2
and Figure 3-16 for special programming considerations.
B.24 [SOURce:]CURRent[:LEVel]:LIMit:NEG? QUERY
CURR:LIM:NEG?
Syntax:
Short Form: [SOUR:]CURR[:LEV]:LIM:NEG?
Long Form: [SOURce:]CURRent[:LEVel]:LIMit:NEGative?
Returns <value>
Description: Identifies the negative software limit value of output current that the unit can source (quadrant 3, Fig-
ure 1-3) or sink (quadrant 2).
B.25 [SOURce:]CURRent[:LEVel]:LIMit:POS COMMAND
CURR:LIM:POS
Syntax:
Short Form: [SOUR:]CURR[:LEV]:LIM:POS <value>
Long Form: [SOURce:]CURRent[:LEVel]:LIMit:POSitive <value>
where <value> is between zero and the rated (nominal) output voltage
Description: Establishes the positive software limit <value> for output current, i.e., sets the maximum value of out-
put current that the unit will be allowed to source (quadrant 1, Figure 1-3) or sink (quadrant 4) to the
value specified by the user. Requires MEM:UPD (PAR. B.12) to save for power up. See PAR. 3.5.2.2
and Figure 3-16 for special programming considerations.
B.26 [SOURce:]CURRent[:LEVel]:LIMit:POS? QUERY
CURR:LIM:POS?
Syntax:
Short Form: [SOUR:]CURR[:LEV]:LIM:POS?
Long Form: [SOURce:]CURRent[:LEVel]:LIMit:Positive?
Returns <value>
Description: Identifies the positive software limit value of output current that the unit can source (quadrant 1, Figure
1-3) or sink (quadrant 4).
B.27 [SOURce:]CURRent:MODE COMMAND
CURR:MODE
Syntax:
Short Form: [SOUR:]CURR:MODE (FIX | LIST | TRAN <nn> | EXT | GAIN | PROT)
Long Form: [SOURce:]CURRent:MODE (FIXed | LIST | TRANsient <nn> | EXTernal | GAIN | PROTect)
nn = <value> = time in Seconds for transient (from 0.0005 to 2.0)
Description:
Allows the user to execute or stop a list, to execute a transient or to use an external reference.
The default mode is FIXed: the power supply executes commands normally, and LIST commands can
be issued to establish the parameters and sequence of a list. This command affects the
main channel
,
whether voltage or current.
When CURR:MODE LIST is issued, a list is executed (See LIST commands and Figure B-5). While
the list is being executed, LIST commands are not accepted and will produce a command error.
Issuing CURR:MODE FIX while the list is running will stop the execution of the list and return power
supply to settings in effect prior to running the list. If the list runs to completion, the settings of the last
step of the list will be in effect.
CURR:MODE TRAN nn causes the next CURR: or VOLT: command to produce a transient pulse of
nn Seconds duration. (Similar to VOLT:MODE TRAN (see PAR. B.94 for examples). If the time nn
exceeds 2 Seconds, error message -222 “dwell or frequency out range” is posted to the error queue.
CURR:MODE EXT Configures the unit to use an external reference to change the output current.
CURR:MODE GAIN Configures the unit to use an external reference to provide a proportional out-
put current.
CURR:MODE PROT - allows main channel (CURR or VOLT) to accept values up to the protection
limits of the power supply without generating an error. For example for a BOP 36-28MG in voltage
mode, after sending CURR:MODE PROT, sending CURR 28.3 would set the protection levels to 28.3
and main channel level to 28.
Related Commands:
LIST commands. (See example, Figure B-5.)
Summary of Contents for BOP-MG
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Page 20: ...x BOP 1K 031912 FIGURE 1 1 HIGH POWER BOP SERIES POWER SUPPLY...
Page 37: ...BOP HIPWR 031912 1 17 FIGURE 1 3 BOP OUTPUT CHARACTERISTICS...
Page 53: ...BOP HIPWR 031912 2 15 FIGURE 2 4 PARALLEL CONFIGURATION LOCAL SENSING TYPICAL...
Page 54: ...2 16 BOP HIPWR 031912 FIGURE 2 5 PARALLEL CONFIGURATION REMOTE SENSING TYPICAL...
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