Test&Nbsp; Sample : Input 3V Output 12V 0.4A 4.8W 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 Features : Xl6009 Is A 4A Switch Current High Performance Boost (Boost) Module. This Module Uses The Third-Generation High-Frequency Switching Technology Xl6009E1 As The Core Chip, And Its Performance Far Exceeds That Of The First-Generation Technology Lm2577. Conversion Efficiency: 94% (Highest) Switchig Frequency: 400Khz Output Ripple: 50Mv (Max) Load Regulation: 0.5% Voltage Regulation: 0.5% Operating Temperature: -40 C To +85 C Input Voltage: Dc 3V To 30V (Optimum Working Voltage Range Is 5V To 30V). Output Voltage: Dc 5V To 35V (Continuously Adjustable), Maximum Output Current Is 4A. Input Current: 4A (Max), No-Load Current 18Ma Note: It Is Only For Increasing The Output Voltage; The Input Voltage Should Not Exceed 30 V To Avoid Any Damage. Please Check If The Negative And Positive Terminals Are Accessed Correctly Before Operating. Package Included: 10 * Xl6009 Adjustable Dc-Dc Boost Module
⚠️ WARNING (California Proposition 65): This product may contain chemicals known to the State of California to cause cancer, birth defects, or other reproductive harm. For more information, please visit www.P65Warnings.ca.gov.
Frequently Asked Questions
Q: What is the input voltage range for the AITRIP XL6009 module?A: The input voltage range is from three volts to thirty volts. The optimal working voltage is between five volts and thirty volts.
Q: What is the maximum output voltage of the AITRIP XL6009 module?A: The maximum output voltage is thirty-five volts. This allows for a wide range of applications and adjustments.
Q: What is the maximum output current for this power module?A: The maximum output current is four amps. This high current capability is suitable for various electronic applications.
Q: What is the size of the AITRIP XL6009 module?A: The dimensions of the module are not specified. However, it is designed to be compact for easy integration into projects.
Q: What materials are used in the AITRIP XL6009 power module?A: The materials used are not explicitly listed. However, it is a high-performance electronic component designed for efficiency.
Q: How do I install the AITRIP XL6009 voltage converter?A: To install the module, connect the input voltage to the designated terminals, ensuring correct polarity. Then adjust the output voltage as needed.
Q: Is the AITRIP XL6009 suitable for beginners?A: Yes, it is suitable for beginners. The module is user-friendly and can be used in various DIY electronic projects.
Q: Can I use the AITRIP XL6009 for charging a battery?A: Yes, it can be used as a boost charger. It is effective for supplying power to batteries in various applications.
Q: How should I care for the AITRIP XL6009 module?A: Ensure that it operates within specified voltage limits and avoid exposing it to extreme temperatures. Regularly check connections for wear.
Q: What is the operating temperature range for the XL6009?A: The operating temperature range is from negative forty degrees Celsius to positive eighty-five degrees Celsius. This wide range enhances its versatility.
Q: What should I do if the module does not power on?A: Check the input voltage and ensure it is within the specified range. Also, verify that the connections are secure and correctly polarized.
Q: Is there a warranty for the AITRIP XL6009 module?A: Warranty details are typically provided by the manufacturer. Check with the seller for specific warranty information.
Q: Can I return the AITRIP XL6009 if it arrives damaged?A: Yes, return policies usually allow for returns if the item is damaged during shipping. Contact the seller for instructions.
Q: How do I adjust the output voltage on the AITRIP XL6009?A: You can adjust the output voltage using a potentiometer located on the module. Turn it to the desired voltage setting.
Q: What is the conversion efficiency of the AITRIP XL6009?A: The conversion efficiency can reach up to ninety-four percent. This high efficiency minimizes energy loss during operation.