XL6009 DC-DC Step Up Boost Converter Module

XL6009 DC-DC Step-Up Boost Converter Module

XL6009 DC-DC Step-Up Boost Converter Module is a high-efficiency switching regulator designed to increase (boost) a lower DC voltage to a higher adjustable output voltage. Built around the XL6009 IC, this module is widely used in battery-powered systems, robotics, and DIY electronics where higher voltage is required from a low-voltage source.

Key Features

• Step-Up (Boost) Conversion: Increases low DC voltage to higher levels
• Adjustable Output Voltage: Fine-tune output using onboard potentiometer
• Wide Input Range: Typically 3V – 32V DC
• High Output Voltage: Up to ~35V output
• High Efficiency: Up to ~92–94% conversion efficiency
• High Switching Frequency: ~150kHz – 400kHz for compact design
• Compact & Lightweight: Ideal for portable and embedded systems

Applications

• Battery Boost Systems: Boost 3.7V Li-ion to 5V/12V
• Solar Projects: Increase panel voltage for charging systems
• Arduino / Electronics: Power modules requiring higher voltage
• LED Drivers: Driving high-voltage LED strips
• Robotics: Power motors and actuators
• DIY Power Supplies: Adjustable voltage source

Technical Specifications

• Module Type: DC-DC Boost (Step-Up Converter)
• Input Voltage: 3V – 32V DC
• Output Voltage: 5V – 35V DC (adjustable)
• Output Current: ~2A rated (up to 3–4A peak depending on cooling)
• Efficiency: Up to ~94%
• Switching Frequency: ~150kHz – 400kHz
• Operating Temperature: -40°C to +85°C
• Control: Multi-turn potentiometer

Product Example

XL6009 Adjustable Boost Converter Module
A compact and efficient step-up regulator used to convert low-voltage DC sources into higher adjustable output voltages for versatile electronics applications.

Why Choose XL6009 Boost Converter?

The XL6009 module is a popular choice because it offers higher efficiency, wider voltage range, and better performance compared to older boost converters like LM2577. It is especially useful when working with batteries or solar sources where voltage needs to be increased reliably.

⚠️ Important Notes

• Output voltage must always be higher than input voltage (boost only)
• Input current increases significantly when boosting voltage
• Avoid running near max current without cooling
• Adjust voltage carefully before connecting sensitive devices
• Not isolated — input and output share common ground