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SCHOTTKY-BARRIER RECTIFIER DIODE (ALTERNATIVES)

机译:肖特基-巴里尔整流二极管(替代品)

摘要

FIELD: electronic engineering. SUBSTANCE: first alternative is characterized in that ohmic contact of diode is made in the form of metal monocrystal with space- or face-centered grating, with faces 111 or 100, its melting point being higher than that of silicon; grown on its outer surface is cylindrical n+ silicon substrate whose outer surface carries active cylindrical n-type silicon layer with multilayer metal contact in the form of two cylindrical layers of desired length made of different metals and deposited on the latter; in this way cylindrical Schottky barrier is formed; electric conductivity of upper coupled cylindrical metal layer is higher than that of lower cylindrical metal layer where current flows through Schottky barrier. Second alternative is distinguished by that n+ silicon substrate of diode is grown in the form of hollow cylinder. Third alternative differs from the former ones in that n+ silicon substrate of diode is grown in the form of solid cylinder of desired length. EFFECT: eliminated edge effect, enhanced breakdown voltage, reduced electrothermal degradation, improved stability of performance characteristics. 9 cl, 3 dwg
机译:领域:电子工程。实质:第一种选择的特征在于,二极管的欧姆接触以具有间隔或面心光栅的金属单晶形式形成,面为111或100,熔点高于硅。圆柱形n + 硅衬底生长在其外表面上,该衬底的外表面带有有源圆柱形n型硅层,该有源n型硅层具有多层金属触点,形式为两个所需长度的,由不同金属制成并沉积在其上的圆柱形层后者;这样就形成了圆柱形肖特基势垒。上部耦合的圆柱形金属层的电导率高于电流流过肖特基势垒的下部圆柱形金属层的电导率。第二种替代方法的特征在于,二极管的n + 硅衬底以空心圆柱体的形式生长。第三种选择与以前的选择不同之处在于,二极管的n + 硅衬底以所需长度的实心圆柱体形式生长。效果:消除了边缘效应,提高了击穿电压,减少了电热降解,提高了性能特征的稳定性。 9厘升,3公升

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