10X Mini360 3A DC Voltage Step Down Power Converter BuckModule 3.3V 5V 9V 12V
The Mini360 DC-DC Buck Converter is an ultra-small synchronous step-down power supply module designed to efficiently convert a higher DC input voltage into a lower adjustable output voltage. With an input range of 4.75V–23V and an adjustable output range of 1V–17V, it is suitable for a wide variety of DIY electronics, embedded projects, and power supply applications.
Its compact size makes it ideal for projects where installation space is limited. The synchronous rectification design and integrated power inductor provide efficient voltage conversion while maintaining a small footprint.
Ultra-small Mini360 DC-DC step-down converter module
Adjustable output voltage from 1V to 17V
Wide input voltage range of 4.75V to 23V
Synchronous rectification for improved efficiency
Maximum conversion efficiency up to 96%
Output current up to 3A under suitable conditions
Recommended long-term operating current around 1.8A
340KHz switching frequency
Low output ripple
Compact and lightweight design
Ideal for DIY electronics, Arduino projects, embedded systems and power supply Type: DC-DC Buck Converter Module
Model: Mini360 / Mini-360
Converter Type: Non-Isolated Step-Down (Buck)
Rectification: Synchronous Rectification
Input Voltage: DC 4.75V–23V
Adjustable Output Voltage: DC 1V–17V
Maximum Output Current: Up to 3A
Long-Term Operating Current: Approx. 1.8A
Maximum Efficiency: Up to 96%
Switching Frequency: 340KHz
No-Load Output Ripple: Approx. 30mV
Load Regulation: ±0.5%
Voltage Regulation: ±2.5%
Operating Temperature: -40°C to +85°C
Dimensions: Approx. 17 × 11 × 3.8mm
Chip: for DIY electronics projects, microcontroller systems, Arduino projects, LED applications, embedded devices, battery-powered projects, voltage regulation, and other applications requiring a compact adjustable DC step-down power supply.
Package IncludesPlease select the required quantity from the available listing option.
Important NotePlease ensure that the input voltage, required output voltage, and current requirements of your application are within the module's specifications before use. The output voltage should be adjusted and verified before connecting sensitive electronic devices.