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SKU: PWR-XL6009-BOOST

XL6009 DC-DC Step-Up (Boost) Adjustable Voltage Converter Module

4A high-performance step-up (boost) switching power supply module for battery-powered projects, solar charging, and stepping up 3.7V/5V to 12V/24V.

Quick Summary & Specs

XL6009 DC-DC Step-Up (Boost) Adjustable Voltage Converter Module is an original, pre-tested electronic module designed for Arduino, ESP32, Raspberry Pi, robotics, and embedded engineering projects. Includes verified pinout compatibility and nationwide express shipping across Pakistan.

24-48h Dispatch Cash on Delivery 7-Day Support & Warranty
Rs 230.00 Rs 250.00 -8% OFF

100 In Stock
Tested & Quality Guaranteed 100% Pre-tested & Genuine Silicon. 7-Day Replacement Warranty Across Pakistan.
Fast Local & Nationwide Shipping Same-Day Dispatch in Lahore | 2-3 Days COD to Karachi, Islamabad & All Pakistan.

The XL6009 DC-DC Step-Up Boost Converter is the updated successor to the classic LM2577. Operating at a high 400kHz switching frequency, it delivers higher efficiency, lower output ripple, and compact size.

Key Engineering Features:

- Wide Input & Output Spans: Step up low voltages like 3.7V (18650 battery) or 5V (USB) up to 12V, 24V, or 35V DC.
- 4A High-Current MOSFET Switch: High switching capability for driving solenoid valves, relays, pumps, and 12V motors.
- 400kHz High-Frequency Switching: Smaller external filter components ensure minimal output ripple.

Common Engineering Applications:

- Boosting single 3.7V Li-ion battery to 12V for motor drivers or LED strips
- Solar panel variable output stabilization
- Portable emergency field power supplies and battery boosters
- Automobile electronics 12V to 24V voltage step-up

What's Included in the Package:

  • 1x XL6009 DC-DC Step-Up (Boost) Adjustable Power Converter Module

Pinout Interfacing & Testing Guide:

Step 1: Verify Pinout & Voltage

Check the silkscreen pin labels (VCC, GND, SDA/SCL or I/O) and confirm whether your microcontroller uses 3.3V or 5V logic.

Step 2: Connect to Microcontroller

Wire the power, ground, and signal pins to your Arduino, ESP32, or Raspberry Pi using breadboard jumper wires.

Step 3: Run Sample Test Sketch

Upload a standard test sketch via Arduino IDE or MicroPython and verify live readings on the Serial Monitor.

Component Quality Note: Every sensor, display, and driver module is bench-inspected and covered by our 7-day replacement warranty.
Custom Prototyping & FYP Enclosures

Need a Custom 3D Printed Casing or Multilayer PCB?

Get custom snap-fit enclosures and robotics parts printed via our custom 3D printing service in Lahore & Pakistan, or order industrial double-sided circuit boards through our custom PCB fabrication service with nationwide delivery.

Key Features

400kHz Ultra-Fast Switching Delivers clean, low-ripple boosted output.
Compact Footprint Fits seamlessly into custom 3D printed enclosures.
Wide Boost Ratio Effortlessly steps up 3.7V lithium cells to 12V for field robotics.

Specifications

Conversion Efficiency Up to 94%
Dimensions 43mm x 21mm x 14mm
Input Voltage Range 3.0V – 32.0V DC (Recommended working voltage: 5V – 30V)
Output Voltage Range 5.0V – 35.0V DC (Output voltage must be greater than input)
Switching Current 4.0A (Max MOSFET switch rating; continuous load ~1.5A–2A)
Switching Frequency 400 kHz (significantly higher than older LM2577 52kHz)

Community Questions & Answers

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