BHK-1/2-MG 030916
3-13
3.2.15.4
CYCLING A PROGRAM
To cycle a program, modify the program (see PAR. 3.2.15.1) and go to the last memory location
to be executed and set the NEXT STEP address to the Starting address, causing the program to
loop and repeat indefinitely. For example, if the last location is 14, and the starting location is 05,
press
EDIT PROG
, enter
14
, then press
ENTER
. Press
until LCD reads
ViewVAL Mem14
NEXT STEP (=_=_=)
. Enter
5
and press
ENTER
. When the program runs, it will start at loca-
tion 05, continue to 14, then loop back to the location 05, and repeat indefinitely.
3.2.15.5
RUNNING A PROGRAM ONCE
To set up a program to stop after running once, modify the program (see PAR. 3.2.15.1) and go
to the last memory location to be executed and set the NEXT STEP address to 0. For example,
with the power supply in command entry status
(:_:_:)
, press
EDIT PROG
. Enter the last
memory location you want executed (e.g. 14), then press
ENTER
. Press
key until LCD reads
ViewVAL Mem14 NEXT STEP (=_=_=)
. Enter 0 and press
ENTER
. The program will now
stop after memory location 14 is executed. When the program stops, the power supply will con-
tinue to provide the output specified by the last location (in the above example, location 14).
3.2.15.6
STOPPING A RUNNING PROGRAM
There are three ways to stop a program that is running:
• Press CLEAR key: the program stops after finishing the step (location) that was being
executed when the key was pressed. The power supply output remains at the values
specified by that step.
• Press RESET key: The program stops immediately and power on defaults are restored
(see PAR. 3.2.8).
• Press OUTPUT ON/OFF key: the output is disabled (programmed to zero) and the pro-
gram immediately stops at the step (location) that was being executed when the key
was pressed. Pressing the OUTPUT ON/OFF key again restores the output to the val-
ues specified by the step in effect when the program was stopped.
3.2.15.7
SAMPLE PROGRAM
Table 3-5 shows a sample program designed to cycle continuously; if the NEXT STEP value for
location 3 is set to 00, the program will run once and stop.
3.2.16
CALIBRATION
See Section 4.
TABLE 3-5. SAMPLE PROGRAM (MODEL BHK-MG 500-80MG)
MEMORY
LOCATION
I SET
(Current)
(mA)
V SET
(Voltage)
(V)
OC set
(Overcurrent
Protection)
(mA)
OV set
(Overvoltage
Protection)
(V)
TIMEval
(0.01 to 655.35)
(Sec)
NEXT STEP
(Next location
to execute)
1
40
420
44
550
1.5
02
2
40
500
44
550
1.8
03
3
40
250
44
550
1.0
01
NOTE: For each cell of a program OC set and OV set must be at least 2% above the maximum values of voltage and cur-
rent expected at the load. The limit parameter (I set for voltage mode, or V set for current mode) must be at least 1%
above the maximum load current (for I set) or load voltage (for V set).
Содержание BHK-MG Series
Страница 2: ......
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Страница 16: ......
Страница 18: ...xii BHK MG030916 FIGURE 1 1 BHK MG 40W SERIES PROGRAMMABLE POWER SUPPLY...
Страница 24: ...1 6 BHK 1 2 MG OPR 030916 FIGURE 1 2 BHK 40W SERIES POWER SUPPLY MECHANICAL OUTLINE DRAWING SHEET 1 OF 2...
Страница 25: ...BHK 1 2 MG OPR 030916 1 7 FIGURE 1 2 BHK 40W SERIES POWER SUPPLY MECHANICAL OUTLINE DRAWING SHEET 2 OF 2...
Страница 26: ...1 8 BHK 1 2 MG OPR 030916 FIGURE 1 3 RA 24 RACK ADAPTER WITH TWO 1 2 RACK BHK MG 40W UNITS...
Страница 35: ...BHK 1 2 MG SERIES 030916 2 3 FIGURE 2 2 BHK MG SERIES REAR PANEL CONTROLS AND CONNECTIONS...
Страница 100: ...3 54 BHK 1 2 MG 030916 FIGURE 3 20 SERIES AUTOMATIC CONFIGURATION...
Страница 108: ...3 62 BHK 1 2 MG 030916 FIGURE 3 23 PARALLEL AUTOMATIC CONFIGURATION Eo is the output voltage of the power assembly...
Страница 113: ...BHK 1 2 MG 030916 3 67 FIGURE 3 25 PARALLEL MASTER SLAVE CURRENT MODE CONFIGURATION...
Страница 150: ......
