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SOUR:VOLT2:PROTECTION:TRIG OFF
VOLTAGE3:PROT:TRIG ON
VOLT2:PROT:TRIGGER ON
VOLT1:PROTECTION:TRIG OFF
VOLT:PROTECTION:TRIG OFF
OVP2 ON
OVP3 OFF
Q62. How to enable or disable over current protection (OCP)?
SOUR:CURRENT3:PROT:TRIG ON
SOURCE:CURR1:PROT:TRIG OFF
SOUR:CURR2:PROTECTION:TRIG OFF ==> disable OCP for channel 2.
CURRENT3:PROT:TRIG ON
CURR2:PROT:TRIGGER ON
CURR1:PROTECTION:TRIG OFF
CURR:PROTECTION:TRIG OFF
OCP2 ON
OCP3 OFF
Q63. How to set up a program (example)?
PROG 10
PROG:ISET1 1
PROG:ISET2 1
PROG:ISET3 1
PROG:VSET1 1
PROG:VSET2 1
PROG:VSET3 1
PROG:FAST 4
PROG:NEXT:NEXT
PROG?
PROG 11
PROG:ISET1 1
PROG:ISET2 1
PROG:ISET3 1
PROG:VSET1 3
PROG:VSET2 3
PROG:VSET3 3
PROG:FAST 100
PROG:NEXT:JUMP 13
PROG 12
36
==> disable OVP for channel 2.
==> enable OVP for channel 3.
==> enable OVP for channel 2.
==> disable OVP for channel 1.
==> disable OVP for channel 1.
==> enable OVP for channel 2.
==> disable OVP for channel 3.
==> enable OCP for channel 3.
==> disable OCP for channel 1.
==> enable OCP for channel 3.
==> enable OCP for channel 2.
==> disable OCP for channel 1.
==> disable OCP for channel 1.
==> enable OCP for channel 2.
==> disable OCP for channel 3.
==> define program 10
==> set max. output current of 1A for ch1
==> set max. output current of 1A for ch2
==> set max. output current of 1A for ch3
==> set output voltage of 1V for ch1
==> set output voltage of 1V for ch2
==> set output voltage of 1V for ch3
==> output above setting for 4 ms
==> go on to program 11
==> read back the setting of program 10 for
verification
==> define program 11
==> ch1 output up to 1 A
==> ch2 output up to 1 A
==> ch3 output up to 1 A
==> ch1 output 3V
==> ch2 output 3V
==> ch3 output 3V
==> output above seeting for 100 ms
==> jump to program 13
==> define program 12
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