The efficiency can be up to 96%, measured at 20A, converting 24V to 12V
It is designed with a 75V/80A large current dual MOS tube
Input and output use high frequency low resistance electrolytic capacitor, low ripple, stable output
Wiring is convenient with these large current 30A screw terminals
The buck module has 2 heat sinks that could enhance heat dissipation
When there is a big difference between input and output voltage, please decrease power and current
Specifications:
Input Voltage: 6V to 40V DC(10V to 40V is suggested)
Output Voltage: 1.2V to 36V DC
Output Current: 20A(max.), 15A(suggested)
Efficiency: 95%(24V to 12V, 20A)
Output Ripple: ≤50mV
Wiring Method: Terminal
Short Circuit Protection: Self-recovery(cannot short circuit for long time)
Size: 60 x 53 x 27mm / 2.36 x 2.08 x 1.06"
VO+: Output positive
VO-: Output negative
+IN: Input positive
-IN: Input negative
CV: Output voltage adjustment
CC: Output current adjustment
EN: Enable, low voltage level shut off output; suspension, high voltage level is effective
When input and output is common grounded, no-load CV output constant voltage,CC output constant current
Output Current Adjustment Method:
1. Adjust the CV potentiometer and set the output voltage to the voltage value you need according to your load requirements.
2. Set the CC potentiometer counterclockwise about 30 turns (that is, set the output current to the minimum), connect the LED, and adjust the CC potentiometer to the current you need. For battery charging, after the battery is fully discharged, connect it to the output, and adjust the CC to the current you need. The more, the smaller the charging current.)
Wiring Instructions:
OUT+: output positive
OUT-: output negative
+IN: input positive
-IN: Enter a negative number
CV: Output Voltage Regulation
CC: output current regulation
EN: Enable, low level closes output; Pause, high voltage level active
When the input and output are grounded, no-load CV output constant voltage, CC output constant current