Function and Features
Pin Name Description
In setting the Resistance and 10K, the input analog range
should be 0-10K resistance, and the regulated output voltage
should be from 0 to full range;
In setting the Resistance and 5K, the input analog range
should be 0-5K resistance, and the regulated output voltage
should be from 0 to full range;
Pin 22 REF_10V The 10V reference voltage output by the power supply can
be connected to a resistance subdivision for analog control.
Pin 23 Current
Program
( Current Setting)
Output current of analog control:
In setting the Voltage and 10v, the input analog range should
be 0-10V voltage, and the regulated output current should be
from 0 to full range;
In setting the Voltage and 5v, the input analog range should
be 0-5V voltage, and the regulated output current should be
from 0 to full range;
In setting the Resistance and 10K, the input analog range
should be 0-10K resistance, and the regulated output current
should be from 0 to full range;
In setting the Resistance and 5K, the input analog range
should be 0-5K resistance, and the regulated output current
should be from 0 to full range;
Pin 24 Vlotage
Monitor
( Voltage
monitoring)
The actual value from monitoring is the corresponding
monitor voltage value. For example, when the analog voltage
is 10V, power supply control voltage 0~80V and the power
supply output voltage 20V, this pin will output 2.5V voltage.
Similarly, when the analog voltage is 5V, control voltage
0~80V and the power supply output voltage 20V, this pin will
output 1.25V voltage.
Pin 25 Current Monitor
( Current
monitoring)
The actual value from monitoring is the corresponding
monitor voltage value. For example, when the analog voltage
is 10V, power supply control current 0~120A and the power
supply output current 12A, this pin will output 1V voltage.
Similarly, when the analog voltage is 5V, control current
0~120A and the power supply output voltage 12A, this pin
will output 0.5V voltage.
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