Knowledge

1, Technological iteration: Upgrading from traditional silicon-based to wide bandgap semiconductors Traditional silicon-based diodes have long dominated the charging pile market due to their low cost

一, Technical parameters: Dual breakthrough of high voltage, high current and low loss The core requirements for diodes in high-end energy storage systems are focused on three technical indicators: vol

1, Technical advantage: Breaking through the physical limits of silicon-based devices The core competitiveness of silicon carbide diodes lies in their material properties: High frequency and high effi

1, Breakthrough of technical parameters: from kilovolts to tens of thousands of volts Traditional high-voltage diodes are mainly used in industrial frequency converters, rail transit, and other fields

1, Driven by the core demand for diodes in optical storage charging systems The core of integrated photovoltaics, energy storage, and charging lies in achieving efficient collaboration among photovolt

一, The physical basis and advantages of parallel technology The core principle of diode parallel connection is based on the current diversion mechanism. In theory, when N diodes with identical paramet

一, The physical essence of forward voltage drop: the energy cost of carrier motion The essence of the forward voltage drop of a diode is the minimum voltage required to overcome the internal potential

1, The technical essence of fast recovery diodes Structural Innovation: Physical Advantages of PIN Structure Traditional rectifier diodes adopt a PN junction structure, and during the reverse recovery

一, Technical characteristics of diodes: the physical basis for energy feedback A diode is a PN junction structure formed by a P-type semiconductor and an N-type semiconductor, and its core characteris

一, The essential difference between physical structure and working principle 1. Ordinary diode: carrier recombination mechanism of PN junction Ordinary diodes are based on the PN junction structure fo

一, The physical essence of reverse recovery time: the game between charge storage and release During the switching process of a diode from forward conduction to reverse cutoff, the minority carriers s

1, Working principle: Differentiated application of unidirectional conductivity Bypass diode: an active defender of the hot spot effect The bypass diode is connected in reverse parallel to both ends o