What is the advantage of asemi low voltage drop Schottky diode over ordinary Schottky diode?

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Low voltage drop Schottky diodes are more and more widely used in circuits , The function realization of many circuits is inseparable from the support of low-voltage drop Schottky diode . that ASEMI Low voltage drop Schottky diode is better than ordinary Schottky ？

With the development of the times , People's awareness of energy conservation and environmental protection is increasing , The requirement of external power supply is also higher and higher . More and more people use low-voltage drop Schottky diodes to replace ordinary Schottky diodes , And our country has also issued a series of policies to gradually integrate with the six pole energy efficiency standard , So relatively speaking , The use of low voltage drop Schottky diodes will be more and more widely , The original ordinary Schottky diode will be gradually replaced .

that ASEMI Low voltage drop Schottky diode is better than ordinary Schottky ？ Its biggest advantage is lower energy consumption , Higher power conversion efficiency . You can see the following data comparison , Look at the performance advantages of low dropout .

Low voltage drop Schottky diode is developed on the basis of Schottky diode , The biggest advantage is that the low-voltage drop diode has low power consumption VF value , Meet customers' demand for pressure drop .

We use it ASEMI Of 20100 Low voltage drop Schottky diode （SBT20100VDC） And ordinary Schottky diode （MBR20100） Compare .

Ordinary Schottky diode （MBR20100） The pressure drop of is 0.75V, And low voltage drop Schottky diode （SBT20100VDC） The pressure drop is only 0.42V, It greatly improves the working efficiency , Therefore, low-voltage drop Schottky diode can be widely used in the scheme with six energy efficiency requirements .

Besides , The reverse recovery time of low voltage drop Schottky diode can be as small as a few nanoseconds , Its rectified current can reach several thousand amperes , Suitable for working under low voltage and high current conditions .