LM2596/LM 2596 DC to DC Buck Converter

This module is a non-isolated step-up (boost) voltage converter featuring adjustable output voltage and high efficiency. Description: Xtw6009 is a 4 a switch current high-performance step-up (boost) module. The xl6009e1 module uses the second generation of high frequency switch technology as the core chip, lm2577 performance far beyond the first generation of technology. Xl6009 booster module cost is lower, performance is more outstanding, lm2577 module will be eliminated. If the input or output current is more than 2a (need to plug heat sink), if the output power is higher than 15 w, advise to add the heat sink. Please do not use with outheatsink for continuous use. Note: The output voltage must be higher than the input voltage. In-in + input positive input negative, positive output out + out-output negative. Test comparison sample reference, 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 vin x iin x efficiency = vout x iout. Vin: Input voltage. Iin: Input current. Vout: Output voltage. Iout: Output current. Features Adjustable Version Output Voltage Range: 1.2-V to 37-V ± 4% Maximum Over Line and Load Conditions Available in TO-220 and TO-263 Packages 3-A Output Load Current Input Voltage Range Up to 40 V Requires Only 4 External Components Excellent Line and Load Regulation Specifications 150-kHz Fixed-Frequency Internal Oscillator TTL Shutdown Capability Low Power Standby Mode, IQ, Typically 80 μA High Efficiency Uses Readily Available Standard Inductors Thermal Shutdown and Current-Limit Protection Application Simple High-Efficiency Step-Down (Buck) Regulator On-Card Switching Regulators Positive to Negative Converter

This compact DC-DC buck converter provides efficient power conversion with low heat generation, making it suitable for  projects, robotics, LED drivers, battery-powered systems, automotive electronics, CCTV systems, and embedded applications. The onboard potentiometer allows easy output voltage adjustment according to project requirements.