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CONTROLLING THE OUTPUT USING EXTERNAL (ANALOG) SIGNALS (REMOTE)
How do I control the mode using an external signal?
changes and exit. This setting is not saved for power-up (PAR. 3.4.2). Select mode by applying either logic 1 or open circuit for voltage, or
logic 0 or short circuit for current, to pin 2 referenced to pin 9 of the Analog I/O port (PAR. 3.4.2).
How do I use an analog voltage to control the output (main channel)?
$
%
then
, then
to apply changes and exit . This setting is not saved for power-up. Apply ±10V signal to pin 11 referenced to pin 4 of the
Analog I/O port to control active channel (voltage or current) (PAR. 3.4.3).
How do I use an analog voltage to control the protection channel?
$
%
, then
to apply changes and exit (not saved for power-up). Apply +1V to +10V signal to the following pins referenced to pin 12 of the
Analog I/O port to control limit channel from 10% to full scale: –Current Protect: pin 5, +Current Protect: pin 13, –Voltage Protect: pin 6,
+Voltage Protect: pin 14 (PAR. 3.4.4).
How do I choose between local, digital and analog control of the output?
a command via RS 232 or GPIB interfaces automatically puts the unit into Remote mode. Press
voltage is controlling the output (see above), local control of the main channel is disabled and digital commands are not accepted.
How do I use the BOP as an amplifier?
nominal (inherent) voltage gain of each model is calculated by (G
I
/ E
where E
= 10V (see PAR. 3.4.3.1).
Onom
REF
REF
How do I control the gain of the BOP when used as an amplifier?
$
%
, then
to apply changes and exit (not saved for power-up). Apply ±10V signal to pin 11 referenced to pin 4 of the Analog I/O port.
Main channel setting (SET) determines gain (G) by G = SET/10 (PAR. 3.4.3.2).
CONTROLLING THE OUTPUT USING DIGITAL INTERFACE (REMOTE)
How do I use the GPIB interface to control the power supply?
!
highlight GPIB address,
How do I use the RS 232 interface to control the power supply?
if needed: highlight Baud Rate, XON/XOFF or Prompt setting,
to save for power-up (see PAR. 3.5.3.2).
How do I change between SCPI and CIIL Data Format?
$
%
SCPI or CIIL then
.
How do I change the Device Clear from SCPI to MATE compliant?
!
, highlight SCPI or MATE then
FEATURES
How do I save the power supply settings for future use?
type and values for Main Channel Reference and Protection, and output on/off) are displayed. To save a different setting than that dis-
played, highlight the parameter,
(PAR. 3.3.8)
How do I modify saved power supply settings for future use?
(Mode, Main Channel Reference and value, Protection type and values and output on/off) are displayed. To change a setting, highlight the
!
parameter,
highlight the selection or enter value using keypad, then
How do I recall previously saved power supply settings?
@
see details, then
to program settings. (PAR. 3.3.8)
How do I view or execute a waveform?
%
cute.
to stop waveform execution. (PAR. 3.3.9)
How do I create a waveform?
T
$
letters) and
, then
. To change Mode highlight selection,
!
tion, highlight setting,
, enter new setting using keypad,
$
. Define first segment (Type, Frequency, Amplitude (p-p) and Offset) by highlighting parameter,
$
pad to enter value, then
Define new segment or re-edit existing segment in the same way (including start/stop angle for sine or triangle), then
See above to execute waveform.
How do I calibrate the unit?
How do I configure unipolar operation?
+Voltage Max, -Voltage Min, +Current Max or -Current Min as desired,
for power-up (see PAR. 3.3.4).
Can I further customize the configuration?
See above to control the main channel and/or protection channel using analog signals. The
, use keypad to enter new address then
$
to exit or
to save for power-up. (PAR. 3.5.3.1.2)
$
%
$
.
to exit or
!
highlight the selection or enter value using keypad, then
@
highlight Waveform name,
Use arrow keys to highlight Empty,
. Highlight segment or End of Segments,
%
, highlight Calibration,
Set either + or – Maximum to zero as follows:
Yes, contact Kepco for further information.
$
, highlight External Mode,
$
$
, highlight Protection Limit,
) = E
/ E
NOM-V
Onom
$
, highlight Reference input,
%
!
,
to view current GPBI address. To change GPIB address,
$
%
. Press
to exit or
%
!
,
!
, highlight desired selection, then
%
!
,
, to view. To change, highlight Data Format setting,
%
!
,
to save for power-up. (PAR. 3.5.3.1.2)
!
, highlight Empty location,
!
, highlight desired location,
$
%
.
to exit or
!
, highlight desired location.
!
to view, press STANDBY to turn output on,
@
!
,
. Enter name using ADJUST or keypad (multiple presses for
!
.highlight Voltage or Current,
$
. To change count, highlight setting,
@
to insert next segment prior to highlight or
!
, then proceed per screen prompts.
!
, press CLEAR to set to zero, then
!
, highlight Enable,
, highlight Reference input,
!
The unit normally powers up in Local mode. Sending
!
to restore Local mode. If an analog
. and nominal (inherent) current gain is (G
REF
!
$
to save for power-up (see PAR. 3.5.3.1).
to view. To change Baud Rate, XON/XOFF or Prompt
$
. When complete,
, to view. To change, highlight Device Clear setting,
!
. The power supply settings (Mode,
$
%
.
to exit or
!
. The power supply settings
$
to save for power-up. (PAR. 3.3.8)
@
.to execute stored settings or
$
to save for power-up. To change protec-
!
, enter new setting using keypad,
!
, highlight desired setting or use key-
%
, highlight Max/Min Settings,
$
$
%
, then
to apply
!
, highlight External
, highlight External then
) =
NOM-I
, highlight ExtlRefLevl then
%
$
to exit or
!
, highlight
$
to save for power-up.
!
to
$
to exe-
#
to erase segment.
$
. (PAR. 3.3.9.8)
!
. Higlight
%
$
.
to exit or
to save
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