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SmartElex 12V 1.5A MC33063A Boost Module
SmartElex 12V 1.5A MC33063A Boost Module
SmartElex 12V 1.5A MC33063A Boost Module
SmartElex 12V 1.5A MC33063A Boost Module
SmartElex 12V 1.5A MC33063A Boost Module
SmartElex 12V 1.5A MC33063A Boost Module
SmartElex 12V 1.5A MC33063A Boost Module
SmartElex 12V 1.5A MC33063A Boost Module
SmartElex 12V 1.5A MC33063A Boost Module
SmartElex 12V 1.5A MC33063A Boost Module
SmartElex 12V 1.5A MC33063A Boost Module
SmartElex 12V 1.5A MC33063A Boost Module
SmartElex 12V 1.5A MC33063A Boost Module
SmartElex 12V 1.5A MC33063A Boost Module
SmartElex 12V 1.5A MC33063A Boost Module

SmartElex 12V 1.5A MC33063A Boost Module

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SmartElex 12V 1.5A MC33063A Boost Module The SmartElex 12V 1.5A MC33063A Boost Module is a compact DC-DC boost converter designed to step up lower voltages to a stable 12V output for electronic projects. It offers a reliable way to power modules, sensors, and communication devices when a direct 12V supply is not available. This module is suitable for students, hobbyists, engineers, and startups working on embedded systems or battery-powered applications where efficient power management is essential. This boost module is ideal for robotics, IoT devices, automation systems, and portable projects that need a consistent 12V source from lower input voltages. …
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SmartElex 12V 1.5A MC33063A Boost Module The SmartElex 12V 1.5A MC33063A Boost Module is a compact DC-DC boost converter designed to step up lower voltages to a stable 12V output for electronic projects. It offers a reliable way to power modules, sensors, and communication devices when a direct 12V supply is not available. This module is suitable for students, hobbyists, engineers, and startups working on embedded systems or battery-powered applications where efficient power management is essential. This boost module is ideal for robotics, IoT devices, automation systems, and portable projects that need a consistent 12V source from lower input voltages. It integrates easily with microcontroller platforms like Arduino, Raspberry Pi, and ESP32-based circuits, making it useful for prototyping and real-world deployment. The stable output and dependable performance help reduce power-related issues, allowing users to focus on development without worrying about unstable voltage supply. Notes: Efficient Conversion: The module ensures high efficiency, making it ideal for battery-powered applications, reducing energy loss. Compact and Easy Integration: Its small size and low component count make it easy to integrate into custom circuits. Protection Features: Overload and short-circuit protections ensure the module and connected devices are safe under fault conditions. Low Ripple: The module provides a clean, stable 12V output with minimal ripple, which is essential for powering sensitive components. Aspect Filtered Output Non-Filtered Output Ripple Reduced, smooth DC voltage with minimal ripple Significant ripple in the DC output Stability Stable, suitable for powering sensitive electronics Unstable, may cause instability in sensitive devices Components Requires capacitors to smooth output No filtering components, raw output Use Case Ideal for powering microcontrollers, sensors, and other sensitive electronics Suitable for less sensitive applications or where ripple is not critical Voltage Output Steady, clean DC voltage Pulsating DC with noticeable fluctuations Features: Built-in protection against overload and short circuits for safe operation. Delivers a steady 12V output with low ripple, suitable for sensitive circuits. Uses standard inductor values (100µH to 220µH) based on load needs. Uses capacitors (100µF to 470µF) to help maintain voltage stability. Compact 8-pin package design that is easy to add to electronic projects. Applications: Powers 12V devices from low-voltage sources like Li-ion batteries. Suitable for 12V LED strips and lighting setups. Useful in custom 12V power supplies. Can power sensors, microcontrollers, and communication modules needing a clean 12V source.

  • DC-DC boost module for converting lower voltage to 12V
  • Up to 1.5A output current for powering electronics
  • Wide input range from 3V to 40V for flexible use
  • Stable output suitable for sensors, modules, and controllers
  • Works with Arduino, Raspberry Pi, and ESP32 projects
  • Compact design for robotics, IoT, and battery-powered devices
Model Boost Module
Output Current (mA) Up to 1500
Input Voltage Range 3V to 40V
Switching Frequency (KHz) 100
Operating Temperature (°C) -40 to +85
Package 8-pin DIP or SOIC

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