BOP HIPWR 091719
3-29
3.3.9.1
UNDERSTANDING ABBREVIATIONS USED FOR SAVED SETTINGS
The parameters listed in Table 3-9 are displayed, followed by a listing of the first 20 memory
locations, displayed in two rows of ten. Use
T
and
R
keys to display additional columns or
navigate to the desired location.
Locations that are not empty show an abbreviated representation of the saved settings. (To see
all
the pertinent settings for a particular location, highlight the location, then press
!
; press
%
to exit without modifying the settings.)
If either Voltage or Current mode were saved, the main channel setting is listed under the Main
heading followed by
V
(voltage) or
A
(current), followed by either
f
(Output OFF),
n
(Output ON).
If the reference type is ExtRefLevel (instead of Internal or External), the uppercase
V
or
A
is
replaced by lowercase
v
or
a
. The protection setting is listed under the Prot heading.
If External mode was saved, the protection setting is followed by
C
, indicating that the mode
(voltage or current is
C
onditioned by the external signal applied to pin 2 of the Analog I/O Port
(see Table 2-10).
If the protection setting is followed by a minus sign (
–
) it indicates that the negative protection
value (displayed) is set larger (absolute value) than the positive protection value (not shown on
the list). Similarly, if the protection setting is followed by a plus sign (
+
) it indicates that the posi-
tive protection value (displayed) is set larger than the negative protection value (not shown on
the list).
If Main channel reference was saved as External,
EXT
is listed under the Main heading. In this
case the main channel reference uses the external voltage applied to pin 11 of the Analog I/O
Input Port (see Table 2-10).
If Protection type was saved as External,
EXT
is listed under the Prot heading. In this case the
protection settings are determined by the levels applied to the appropriate pins of the Analog I/O
Input Port (see Table 2-10). If the main channel is voltage, the protection settings are deter-
mined by pin 5 (negative current protection) and pin 13 (positive current protection). If the main
channel is current, the protection settings are determined by pin 6 (negative voltage protection)
and pin 14 (positive voltage protection).
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