Brief Introduction of Synchronous Rectification Technology£º
Synchronous Rectification Uses Special Power with Extremely Low on-State Resistance.MOSFET£¬To Replace Rectifier Diode to Reduce Rectifier Loss¡£It Can Greatly ImproveDC/DCThe Efficiency of the Converter and There Is No Dead-Zone Voltage Caused by the Schottky Barrier Voltage.¡£PowerMOSFETVoltage-Controlled Device£¬Its Volt-Ampere Characteristics Are Linear in Conduction.¡£PowerMOSFETWhen Making Rectifier£¬It Is Required That the Gate Voltage Must Be Synchronized with the Phase of the Rectified Voltage to Complete the Rectification Function.£¬Therefore, It Is Called Synchronous Rectification.¡£Synchronous Rectification Technology Greatly Reduces the Rectification Loss at the Output of Switching Power Supply.£¬So as to Improve the Conversion Efficiency£¬Reduce the Heating of the Power Supply Itself¡£
Module Parameters
Module Properties£ºSynchronous Rectification Non-Isolated Step-down Module
Input Voltage £º10-90VDC
Output Voltage £º1.5-60VDC £¨It Is Suitable for Applications Where the Input Voltage Is Higher than the Output Voltage and Cannot Be Boosted.£©
Output Current £ºMaximum6A£¨Please Use the Derating Value When High Voltage Output£¬Module Temperature Exceeds65Degree Requires Additional Heat Dissipation£©
Most High-Power £º100W£¨Maximum Current at Low Voltage Output6A¡£Maximum Power at High Voltage Output100W)
Work Frequency : 180KHZ
Conversion Efficiency £º97.5% £¨Typical Value£©
Input Anti-Reverse Connection £ºHave
Aluminum Shell Size£º£·£°MM*£³8MM*3£±MM
Weight£ºAbout70g