Max 8A XL4016 XL4016E1 200W High Power DC-DC PWM Adjustable Step-down Buck Converter Module Tire Voltage Regulator

SKU: 0610
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 900.00

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Description

The XL4016 XL4016E1 8A 200W DC-DC Buck Converter Module is a high-power adjustable step-down voltage regulator designed to convert a higher DC input voltage into a lower adjustable DC output voltage. With an advertised current capacity of up to 8A and power rating of up to 200W, this module is a practical solution for DIY electronics, power supply projects, battery applications, LED systems, and other compatible DC voltage regulation needs.

The module uses PWM switching technology to provide efficient DC-DC step-down conversion while allowing the output voltage to be adjusted according to your application requirements.

⚡ High-Power DC-DC Step-Down Converter

The XL4016E1 module is designed for applications where you need to reduce DC voltage efficiently. The adjustable output makes it useful for powering devices and circuits that require a lower voltage than the available DC power source.

It can be particularly useful for electronics enthusiasts, technicians, makers, and engineers working on custom power supply projects.

🔧 Adjustable Output Voltage

The built-in adjustment control allows you to set the desired output voltage within the module’s supported range.

This makes the XL4016 buck converter suitable for different projects where a fixed-voltage power supply is not convenient.

Important: The exact input/output voltage range depends on the specific XL4016E1 board version. Always check the module specifications before connecting your load.

🔥 Up to 8A Current Capacity

The module is advertised with a maximum current capacity of up to 8A. For continuous high-current operation, adequate cooling, suitable wiring, connectors, and a properly rated power source are essential.

The actual continuous output power should be selected according to the module’s thermal conditions rather than relying only on the advertised maximum rating.

💡 200W High-Power Design

With an advertised maximum power of 200W, the XL4016 module can be used in a variety of higher-power DC applications.

For high-power operation, proper heat dissipation is especially important. A heatsink, airflow, or other suitable cooling method may be required depending on the input voltage, output voltage, current, and operating environment.

🛠️ Applications

The XL4016 8A buck converter module can be used for:

  • DC power supply projects
  • Adjustable voltage regulators
  • Battery-powered electronics
  • LED power applications
  • DIY electronics projects
  • Arduino and microcontroller power systems
  • Robotics projects
  • Vehicle electronics
  • Motor-related power applications
  • Laboratory and testing projects
  • Custom DC power supplies
  • Voltage conversion and regulation

⭐ Key Features

  • XL4016 / XL4016E1 high-power buck converter
  • DC-DC step-down voltage conversion
  • Adjustable output voltage
  • PWM switching regulation
  • Advertised current capacity up to 8A
  • Advertised power rating up to 200W
  • Suitable for DIY and electronics projects
  • Compact module design
  • Useful for battery, LED, robotics, and power supply applications

📋 Product Specifications

Specification Details
Product Type DC-DC Buck Converter Module
Main IC XL4016 / XL4016E1
Conversion Type Step-Down
Maximum Current Up to 8A*
Maximum Power Up to 200W*
Regulation PWM
Output Adjustable DC
Application Voltage Regulation & Power Conversion

*Maximum current and power depend on input/output voltage, temperature, cooling, wiring, and module version. For continuous operation, stay within the manufacturer’s recommended thermal and electrical limits.

🔌 Easy to Use for DIY Projects

The XL4016E1 adjustable buck converter is a convenient choice when you need a variable lower DC voltage from a higher-voltage DC source. Its straightforward module design makes it suitable for prototyping and integrating into custom electronic systems.

Before connecting your load, adjust and verify the output voltage with a suitable multimeter. Make sure the input voltage, output voltage, current, polarity, and load requirements are compatible with the module.

 

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