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Showing posts with label xl6009. Show all posts
Showing posts with label xl6009. Show all posts

XL6009 DC-DC Adjustable Step Up Voltage Booster Module Overview


This XL6009 chip is used to increase the DC voltage up to 35V. Input voltage of this converter is ranging from 3V to 30V. This DC-DC module also known as adjustable voltage booster module. XL6009 regulator has wide input range that capable to generate either positive or negative voltages. This regulator can be configure as either a boost, flyback, SEPIC or inverting converter. Built in  with N-channel power MOSFET and fixed frequency oscillator, current-mode architecture results in stable operation  over wide range of input and output voltage.

The application of this XL6009 can be seen from notebook car adapter, automotive and industrial boost, buck-boost, inverting converter and portable electronic equipment. Nowadays, many XL6009 can be found as a adjustable buck-boost voltage converter to be used Arduino project application.


This non-isolated boost consist of Integrated Circuit (IC) XL6009E1, 47uH (470) inductor, 100uF 50V SMD electrolytic capacitor, 220uF 35V SMD electrolytic capacitor, SS34 SMD 3A 40V Schottky Diode and 10K Preset 3296W-103. This DC-DC module based on IC XL6009 is the second generation of high-frequency switching technology that offers superior performance over the first generation technology of LM2577.


This DC-DC module use a non-synchronous rectification circuit with a short circuit protection. The conversion efficiency of this module is up to 92%. This module is rated at a maximum current of 3A whereby heatsink is needed to prevent it from overheat. 

Below is an overview video of DC-DC module and summary of this XL6009 booster.


Overview of XL6009 Arduino DC-DC Adjustable Step Up Voltage Booster Module


Features:
Wide Input voltage: 3V-30V
Output Voltage: 4-35V Adjustable
Output current: rated current 3A MAX - Heat-sink Needed
Conversion efficiency: Up to 92%
Switching Frequency: 50KHz
Rectifier: Non-Synchronous Rectification
Short circuit protection: current limiting, since the recovery
Operating temperature: Industrial grade -40 ℃ to +85 ℃
Full load temperature rise: 40 ℃
Load regulation: ± 0.5%
Voltage regulation: ± 0.5%
Size:47 x 26 x 15 mm

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How to increase input voltage using XL6009 Adjustable Step Up Voltage Booster DC to DC

In order to use 3.7 V lithium ion battery as a main power source of microcontroller board that require a at least 5V input voltage, an adjustable step up voltage booster DC to DC module is require. The most well known booster module is XL6009 module. This module able to increase input voltage ranging from 3.2V to 30V dc and produce an output ranging from 5V to 35V dc.

In order to use 3.7 V lithium ion battery as a main power source of microcontroller board that require a at least 5V input voltage, an adjustable step up voltage booster DC to DC module is require. The most well known booster module is XL6009 module. This module able to increase input voltage ranging from 3.2V to 30V dc and produce an output ranging from 5V to 35V dc. 

The key principle on how booster work is the tendency of inductor to overcome the change of current and destroy the magnetic field. The buck boost converter is a type of DC-DC converter that has greater output voltage or less than the input voltage. In this tutorial, the step-up buck boost converter is used to increase the small input voltage to a higher output voltage.

XL6009 DC-DC Step-up Voltage Booster Module
3.7V 650mAh Lithium Ion Battery

Figures above show the main components that will be used in this tutorial. We will increase 3.7V of battery up to 30V. User can adjust the voltage based on your own requirement. Video below show the step on how to connect battery and adjust the resistor of DC-DC module in order to increase the output voltage.



How to increase input voltage using XL6009 Adjustable Step Up Voltage Booster DC to DC

Steps: 
1. Connect positive and negative input of XL6009 module with 3.7 V lithium ion battery.
2. Connect the output of XL6009 module with multimeter.
3. Adjust variable resistor on XL6009 module.

Features: 
Input voltage range: 3.2 to 30Vdc.
Output voltage range: 5 to 35Vdc.
Output rated current: 2A.
Output maximum current: 3A (need to add heat sink).
Conversion efficiency: 94%.
Switching frequency: 400kHz.
Dimension: 41 x 20 x 14 mm.
Weight: 12g

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