Aideepen | DC-DC 7-38V to 5V 12V 24V 6A High Power Stabilized Voltage Step Down Module Power Converter Lithium Charger Step Down Module

Features:1. This high-current, industrial-grade 6A step-down module features meticulous design, premium components, and advanced PCB manufacturing processes, along with multiple protection mechanisms for safe and reliable operation;2. The module utilizes high-frequency, low-impedance capacitors to ensure superior output ripple performance and dynamic response;3. Equipped with high-current terminal blocks and a low-impedance MOSFET reverse-connection protection scheme, the module achieves a compact form factor, high power output, and low ripple while maintaining power efficiency;4. This is a high-power buck module with reverse polarity protection on the input. The recommended operating voltage is 38V or below. The 6A model can sustain a 6A output in environments with adequate heat dissipation; however, for normal use, continuous current should not exceed 5A;5. The module operates in buck mode, ensuring a minimum input-output voltage difference of 1V, and supports soft-start.Product Specifications:Input Voltage: 7–38VMaximum Output Current: 6AQuiescent Current: 1mALow-ripple frequency: 210 kHzConversion efficiency up to 95%Input reverse polarity protectionOutput short-circuit protectionInput/output TVS protectionIncludes input fuseSupports soft startIntegrated over-temperature protectionStorage temperature: -40°C to +85°CModule Pin Definitions:IN+: Module power supply 7–38V input positive terminal (input voltage must be higher than output voltage)IN-: Module input negative terminal (Connected to output negative)OUT+: Module output positiveOUT-: Module output negative (Connected to input negative)Usage Precautions:◆ The input voltage must exceed the output voltage; maintaining a voltage difference of at least 1V is recommended.◆ Disconnect the power supply before wiring.◆ Use wires of sufficient gauge to ensure they can handle the corresponding current.◆ Properly protect inductive loads to prevent excessive back-EMF from exceeding the chip’s tolerance range.◆ The higher the power drawn by the module and the closer the current is to the maximum current rating, the greater the heat generation. Ensure adequate heat dissipation during use. Modules with currents of 4A or higher will run hot; for the 6A model, continuous output current should not exceed 5A unless additional cooling is provided.◆ If you encounter issues during use, contact customer service and provide wiring diagrams, usage videos, etc. Text-only information will not be accepted.Product List:1x Module