Step Down Module 5V 12V 24V 6A DC-DC Stabilized Voltage Step Down Charging Board Led Power Converter Lithium Charger Board

Step Down Module 5V 12V 24V 6A DC-DC Stabilized Voltage Step Down Charging Board Led Power Converter Lithium Charger BoardFeatures:1. High-current industrial-grade 6A step-down module product design, materials, and PCB technology have worked hard, with multiple protections, safe and secure;2. This module uses high-frequency low-resistance capacitors to better ensure output ripple and dynamic response;3. The product uses high-current terminal blocks, low-resistance mos anti-reverse connection scheme, and achieves small board, high power, and low ripple under the condition of ensuring power;4. This product is a high-power step-down module with anti-reverse connection input. It is recommended to use the voltage within 38V. The 6A model can output 6A in a good heat dissipation environment. The continuous current in normal use is not recommended to exceed 5A;5. The module is in the form of step-down, ensuring that the input and output voltage difference is more than 1V, and supports soft start.Product parameters:Input voltage: 7-38VMaximum current output: 6AQuiescent current: 1mALow frequency ripple: 210KHZConversion efficiency up to 95%Input reverse polarity protectionOutput short circuit protectionInput and output TVS protectionwith input fuseSupport soft startIntegrated over temperature protectionStorage temperature: -40°C to +85°CModule terminal definition:IN+: Module power supply 7-38V input positive pole (input must be greater than output voltage)IN-: module input negative pole (through output negative pole)OUT+: module output positive poleOUT-: Module output negative pole (through input negative pole)Precautions for use:◆The input of the product should be greater than the output voltage, and it is best to maintain a voltage difference of more than 1V.◆It is best to disconnect the power supply when wiring.◆The wiring should not be too thin to ensure that the wires can withstand the corresponding current.◆Protect the inductive load to avoid excessive reverse electromotive force beyond the tolerance range of the chip.◆The greater the power used by the module, the closer the current is to the maximum current. The greater the heat will be, pay attention to heat dissipation when using it. The current module above 4A will be relatively hot, and the continuous output current of the 6A model is not recommended to exceed 5A, unless additional heat dissipation is added.◆When encountering problems in use, contact customer service and must cooperate with customer service to provide wiring pictures, use videos, etc. Text information only is not accepted.Product List:1X module
 

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