150 W DC To DC Boost Converter Step Up Module

The 150 W DC To DC Boost Converter Step Up Module is a high-efficiency power supply module that converts lower DC voltages to a higher, stable output. It is a robust solution for solar systems, battery-powered electronics, LED lighting, robotics, and portable devices requiring a reliable step-up converter. This module provides high current output with low heat generation, making it a dependable choice for makers and engineers.

🔹 Key Features

• Wide Input Range: 10 V to 32 V DC for flexibility with batteries, solar panels, or low-voltage supplies.

• Adjustable Output Voltage: 12 V to 35 V DC via precision potentiometer.

• High Power Output: Up to 150 W continuous power, 10 A peak current (with adequate cooling).

• Excellent Efficiency: Up to 94% conversion efficiency for reduced energy loss.

• Built-In Protection: Overcurrent and thermal protection ensure long-term stability.

• Compact & Lightweight: Perfect for portable and embedded projects.

🔹 Technical Specifications

• Input Voltage: 10 V–32 V DC

• Output Voltage: 12 V–35 V DC (adjustable)

• Maximum Output Current: 6 A continuous (10 A peak with cooling)

• Output Power: Up to 150 W with proper heat dissipation

• Conversion Efficiency: Up to 94% (depending on input/output)

• Switching Frequency: ~150 kHz

• Operating Temperature: –20 °C to +85 °C (with adequate airflow)

• Module Size: Approx. 60 mm × 52 mm × 20 mm

🔹 Applications & Use Cases

• DIY Solar Power Systems: Boost low panel voltage for battery charging or inverter input.

• Battery-Powered Devices: Step up 12 V battery to 19 V or higher for laptops or portable equipment.

• High-Power LED Drivers: Provide stable high voltage for LED arrays.

• Arduino & Raspberry Pi Projects: Power sensors, motors, or communication modules requiring higher voltage.

• Robotics & RC Vehicles: Supply motors or controllers from single lithium battery packs.

🔹 Advantages for Makers & Engineers

• Easy integration with Arduino boards or Raspberry Pi projects needing stable boosted power.

• Combine with other Electronics Components for complete energy solutions.

• High current output suitable for demanding embedded and IoT systems.

🔹 Safety & Precautions

• Use a regulated input power source and avoid exceeding 10 A peak current without sufficient heatsinking.

• Install a cooling fan or heat sink for sustained high-load operation.

• Observe correct polarity; reverse connection may damage the module.

• Keep away from moisture and conductive surfaces to prevent short circuits.

🔗 Helpful Internal Links

• More Power Supply Modules for your projects.

• Explore Electronics Components for compatible accessories.

• Browse Tools and Accessories for assembly and cooling solutions.

🎥 Video Tutorial

[YouTube tutorial link here]

📝 Product Summary

The 150 W DC-DC Boost Converter efficiently steps up 10–32 V input to 12–35 V output with high current capacity and robust protection features, making it ideal for solar energy systems, robotics, IoT applications, high-power LEDs, and portable electronics.