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Command Syntax RESistance:SLEW:NEGative <NRf+>
Parameters slew time value, refer to model specifications | MIN | MAX
Unit ms
Query Syntax RESistance:SLEW:NEG?
RESistance:SLEW:NEG? MIN RES:SLEW:NEG? MAX
Returned Parameters <NRf+>
[SOURce:]RESistance:SLEW:POSitive
This command sets the slew time of the resistance for positive going transitions. MINimum sets the
slew to the fastest possible time. MAXimum sets the slew to the slowest time.
Command Syntax RESistance:SLEW <NRf+>
RESistance:SLEW:POSitive <NRf+>
Parameters Refer to model specifications | MIN | MAX
Unit ms (milli-second)
Query Syntax RESistance:SLEW?
RESistance:SLEW? MIN
RES ista nce:S LEW? MAX
RESistance:SLEW:POSitive?
RESistance:SLEW:POSitive? MIN
RESistance:SLEW:POSitive? MAX
Returned Parameters <NRf+>
[SOURce:]RESistance:TLEVel, RTR
Channel-Specific Resistance Command/Query. This command specifies the value of the
programmed resistance level for the TRANsient input when the electronic load is in the CR Mode.
When the Transient Subsystem is on, the electronic load input resistance will switch (under control of
the Transient Subsystem) between the main level and TLEVel at a ra te determined by the present
value of SLEW.
In order for the input resistance level to switch, TLEVel must be set to a value greater than the main
level. If TLEVel is set to a value below the main level, no error is generate
d but s
witching will not
occur until the main level is subsequently below the value of TLEVel.
Command Syntax RESistance:TLEVel <NRf+>
RTR <NRf+>
Parameters resistance transient level setting, refer to individual model specification |
MIN | MAX
Query Syntax RESistance:TLEVel?
RESistance:TLEVel? MIN RESistance:TLEV? MAX
RTR?
RTR? MIN RTR? MAX
Returned Parameters <NRf+> RES:TLEV? ret
urns the tr
ansient resistance level.
If the electronic load is not in CR Mode, the level will still be set, even if it
is less than the presently programmed input level.
[SOURce:]RESistance:[TRANsient:]TWIDth
This command sets the pulse width of the transients when the generator is in PULSe mode.
Note: This command will also change the RES:FREQ value.
Command Syntax RESistance:TRANsient:TWIDth <NRf+>
RESistance:TWIDth <NRf+>
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