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Electronic module Xl6009 Boost Module DC-DC Power Module Output Adjustable Ultra Lm2577 4A Current
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Product description
Xl6009/Xl6019 Is a High-Performance Boost Module with 4A Switching Current. This Module Uses the Second Generation of High-Frequency Switching Technology Xl6009e1/Xl6019e1 as the Core Chip, and Its Performance Far Exceeds That of the First Generation of Technology Lm2577.xl6009/Xl6019 Boost Module, Which Has Lower Cost and Better Performance. Lm2577 Module Is about to Be Eliminated.
● Ultra-Wide Input Voltage 3V ~ 32V, the Optimal Operating Voltage Range Is 5~32V;
● Ultra-Wide Output Voltage 5V ~ 35V;
● Built-in 4A High-Efficiency MOSFET Switch Tube, Making the Efficiency up to 94%;(Lm2577 Current Is Only 3A)
● The Ultra-High Switching Frequency Is 400KHz, Which Can Achieve Very Good Results with a Small Capacity of Filter Capacitor. the Ripple Is Smaller and the Volume Is Smaller. (Lm2577 Frequency Is Only 50KHz)
Technical Parameters:
Model
Xl6009/Xl6019 Boost Module
Module Properties
Non-Isolated Boost
Rectification Mode
Asynchronous Rectification
Input Range
3V~32V
Output Range
5V~35V
Input Current
4A (Maximum), No-Load 18ma (5V Input, 8V Output, No-Load Less than 18ma. the Higher the Voltage, the Greater the No-Load Current.)
Conversion Efficiency
Switching Frequency
400KHz
Output Ripple
50mV (the Higher the Voltage, the Larger the Current and the Larger the Ripple)
Load adjustment rate
±0.5%
Voltage Adjustment Rate
±0.5%
Operating temperature
-40 ℃ ~ +85 ℃
Dimensions
43mm * 21mm * 14mm (Length * Width * Height)
In + Input Positive Pole in-Input Negative Pole!
Out + Output Positive Electrode out-Output Negative Electrode
For More Information about Test Comparison Examples, See:
Input 5V Output 12V 0.8a 9.6W
Input 7.4V Output 12V 1.5a 18W
Input 12V Output 15V 2A 30W
Input 12V Output 16V 2A 32W
Input 12V Output 18V 1.6a 28.8W
Input 12V Output 19V 1.5a 28.5W
Input 12V Output 24V 1 a 24W
Input 3V Output 12V 0.4a 4.8W
Vin*Iin*Efficiency = Vout*Iout
Vin: Input Voltage
Iin: Input Current
Vout: Output Voltage
Iout: Output Current
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