1500W 30A DC-DC Boost Converter, Automatic Step-Up/Step-Down Power Supply Module, 10-60V Input, 12-90V Output, Constant Current Power Supply Module, LED Driver

Features: The power module uses two Sendust magnets wrapped with 1.2mm copper wire. It features a low-resistance 100V/210A MOSFET with high input power and current, suitable for large LED motors. Reverse input protection with MOSFETs is included, so you don't have to worry about incorrect input wires and power supply burnout. Undervoltage protection safeguards the module and battery from damage caused by deep discharge when a battery is used as the input. A thicker heat sink and an intelligent temperature-controlled cooling fan dissipate heat more effectively. Specifications: Type: Non-isolated Boost Module; Input Voltage: 10V DC to 60V Max. Input current: 30 A (input voltage 10 V to 30 V) 25 A (input voltage 31 V to 60 V) Quiescent current: 15 mA (increases when converting from 12 V to 20 V) Output voltage: 12 V to 90 V (adjustable, default value is 19 V) Max. Output current: 20 A (based on the input/output voltage difference; the greater the voltage difference, the lower the output current. Please improve heat dissipation when the current exceeds 15 A) Constant current range: 0.8 A to 20 A (-/- 0.3 A) Reverse polarity protection: Yes (MOS 150 A) Undervoltage protection: Yes (V8 to 50 V adjustable, auto-recovery) Operating temperature: -40 to -85 °C (if the temperature is too high, please improve heat dissipation) Frequency: 150 kHz Conversion efficiency: 92% to 97% (efficiency refers to the input/output voltage, current, and voltage difference. The smaller the difference, the higher the efficiency) Input overcurrent protection 1. The power supply module uses two Sendust magnets wrapped in 1.2 mm copper wire. 2. Low resistance 100V/210A MOSFET with high power and current input, suitable for LEDs and high-power motors. 3. Supports reverse input protection with MOSFET, so you don't have to worry about incorrect input wires and power supply burnout. 4. Undervoltage protection protects the module and battery from damage caused by deep discharge when a battery is used as the input. 5. A thicker heat sink and intelligent temperature-controlled cooling fan dissipate heat more effectively.