Description
XL6009 DC-DC Step-Up Converter Performance Ultra LM2577 Booster Circuit Board is an advanced non-isolated boost converter designed to deliver superior voltage conversion in a compact form. This boost converter excels as a versatile and cost-effective alternative to the LM2577, enhancing applications with its efficiency. Known as the buck boost converter and buck and boost solution, it provides reliable voltage step-up needed in diverse electronic applications requiring adjustable output voltage. The step up converter circuit ensures stability and efficiency.
Learn more about Boost Converter, including the boost regulator circuit
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Key Features - Boost Converter
- Non-isolated Boost using xl6009 technology
- High Efficiency: Up to 94%, superior in buck and boost converter applications
- Adjustable Output Voltage via onboard potentiometer, ideal for dc to dc step up converter setups
- Low Voltage Input optimized by the dc voltage boost converter design
- 400KHz Switching Frequency leveraging xl6009 dc dc booster capabilities
- Built-in XL6009 chip offering improved performance for boost up converter needs
- Compact design for easy integration into dc dc boost step up converter systems
Applications
The XL6009 boost converter excels in applications such as powering portable devices, rechargeable batteries, and DIY electronics projects. When acting as a dc dc boost converter, its capabilities enhance solar power projects by stepping up voltage from solar panels to match load requirements. This dc to dc step up converter is crucial for any automotive circuit requiring reliable voltage boost, especially in robotics and battery-powered devices demanding stable output. The xl6009 boost converter ensures efficiency and stability in these applications.
Technical Specifications
Input Voltage (V) | 3 to 32 |
Input Current(A) | 4 |
Output Voltage (V) | 5 ~ 35 |
Output Ripple(mV) crucial for a boost converter circuit | 50 |
Efficiency (%) using voltage booster technology | 94 |
Switching Frequency(KHz) | 400 |
Load Regulation exemplary in xl6009 module configurations | ±0.5% |
Voltage Regulation vital for a step up converter circuit | ±0.5% |
Operating Temperature(°C) manageable in a boost regulator circuit | -40 to +85 |
Module Size(mm) | 43 x 21 x 14, as seen in the 6009 module |
How to Use
Connect the input voltage source to the IN+ and IN- pins ensuring correct polarity. The xl6009 boost module should be handled with care. Then, connect the device or load to the OUT+ and OUT- pins, benefiting from the dc voltage step up converter's resilience. Adjust the output voltage using the onboard potentiometer, measuring at the output terminals with a multimeter to ensure accuracy in the dc voltage boost converter setup. Observe safety measures to prevent circuit damage during setup and monitor the temperature of the module, especially if drawing close to maximum load current, using appropriate heat dissipation methods if necessary to maintain optimal performance in any xl6009 dc configuration.
Package Includes
- 1 x CN6009 XL6009 DC-DC Step-Up Converter Module
Additional Resources
Download Datasheet for detailed xl6009 data sheetLearn more about Boost Converter, including the boost regulator circuit
Explore our Buck Boost Voltage Regulators Collection with various buck boost and buck boost converter deals
Videos Tutorial
Discover how the xl6019 boost converter functions in complex applications.Specification
Product Specification | Value |
Input Voltage (V) | 3 to 32 |
Input Current(A) | 4 |
Output Voltage (V) | 5 ~ 35 |
Output Ripple(mV) | 50 |
Efficiency (%) | 94% |
Switching Frequency(KHz) | 400 |
Load Regulation | ±0.5% |
Voltage Regulation | ±0.5% |
Length (mm) | 43 |
Width (mm) | 20 |
Height (mm) | 12 |
Weight (g) | 12 |
Shipping Weight | 0.016 kg |
Shipping Dimensions | 5 × 3 × 2 cm |
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