5PCS XL6009 XL6009E1 DC to DC Boost Converter Module Input 4.5-32V to Output 5-40V Adjustable Step-up Transformer 4A Power Supply Power Converter Board Regulator
Key features
- Module PropertyXL6009 module is a non-isolated step-up voltage converter featuring adjustable output voltage.
- Product parametersInput Voltage: DC 4.5V to 32V (Optimum Working Voltage Range is 5V to 32V); Output Voltage: DC 5V to 40V (Adjustable), Maximum Output Current is 4A.
- High switching frequencyThe ultra -high switching frequency is 400kHz, which can achieve very good results with a small -capacity filter capacitor. The ripples are smaller and the volume is smaller.
- simple operationUltra-compact power module with simple operation. Using a mini screwdriver to step up / down output voltage by turning slotted screw on the blue Potentiometer, and monitor voltage with multimeter to achieve the expected voltage, clockwise to reduce voltage and counterclockwise to increase voltage. (1 circle means +/- 1V).
- ApplicationBoost Converter Designed for Multiple Practical Applications,Such as DIY an Output Adjustable Mobile Power, Temporarily Set Up Power Supply , Charge Your Electronic Devices etc.
Description: XTW6009 is a high-performance boost (BOOST) module with 4A switching current. This module uses the XL6009E1 of the third generation high-frequency switching technology as the core chip, and its performance far exceeds that of the first generation. The XL6009 boost module has lower cost and better performance. Description: Model specifications: XTW6009 boost module Module nature: non-isolated boost (BOOST) Rectification method: non-synchronous rectification Input range: 4.5V~32V (the best working voltage range is 5~32V) Output range: 5V~40V Input current: Peak 4A (it is recommended to work at 1.5A or less for a long time), no-load 18mA (5V input, 8V output, no-load less than 18mA. The higher the voltage, the greater the no-load current.) Built-in 4A high-efficiency MOSFET switch tube, the efficiency is up to 94% (the greater the voltage difference, the lower the efficiency); Switching frequency: 400KHz (you can use a small-capacity filter capacitor to achieve very good results, with smaller ripple and smaller size). Output ripple: 50mV (the higher the voltage, the greater the current, the greater the ripple) Load regulation: ±0.5% Voltage regulation rate: ±0.5% Working
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