All Categories
Get it between 2024-12-03 to 2024-12-10. Additional 3 business days for provincial shipping.
Input Voltage: DC 5V-30.0V (7V and higher recommended); Output Voltage: DC 0.6V-30.0V; Output Current: 0-4.0A; Output Power: 35W (up to 50W with air cooling)
Constant Voltage & Current: This digital converter module can switch between constant voltage mode and constant current mode to meet variable requirenment of usage, and the output voltage/current can be adjusted by rotating the knob
Multi-display: Input/out voltage(V), current (A), power (W), electric capacity (AH), electric quantity (WH) and running time
High Precision: Current accuracy, ±(0.8%+3 digits), resolution 0.001A; Voltage accuracy, ±(0.5%+1 digits), resolution 0.01V
Multiple Protection Mechanism: this portable 78.8*42.6mm(L×W) bench converter supports anti-reverse protection, OVP, OCP, OPP, LVP, OTP (the upper limit temperature is 100℃), anti-backflow at output terminal (connect the rechargeable battery directly), self-protection of power chip.
UCTRONICS U6225 is a 35W DC buck-boost converter and stabilized power supply module that outputs constant voltage (DC 0.6V-30V) and constant current (0A-4A) with an input voltage of DC 5.0V-30V. It’s equipped with protection mechanisms and an LCD digital display. You can adjust its output by rotating the knob, and the changes will be reflected on the LCD. SPECIFICATION - Input Voltage: DC 5V-30.0V (7V and higher recommended) - Output Voltage: DC 0.6V-30.0V - Output Current: 0-4.0A - Output Power: 35W (up to 50W with air cooling) - Working Frequency: 180KHZ - Conversion Efficiency: about 88%. - Current Accuracy: ±(0.8%+3 digits), resolution 0.001A - Voltage Accuracy: ±(0.5%+1 digits), resolution 0.01V - Working temperature: -20℃~40℃(-4℉~104℉) - Safety protection: anti-reverse protection, overvoltage protection (OVP), overcurrent protection (OCP), over-power protection (OPP), low-voltage protection (LVP), over-temperature protection (OTP, the upper limit temperature is 100℃), anti-backflow at output terminal (connect the rechargeable battery directly), self-protection of power chip (OEP).