纳米技术与精密工程
納米技術與精密工程
납미기술여정밀공정
NANOTECHNOLOGY AND PRECISION ENGINEERING
2007年
3期
197-199
,共3页
胡留长%郭维廉%张世林%梁惠来
鬍留長%郭維廉%張世林%樑惠來
호류장%곽유렴%장세림%량혜래
共振隧穿二极管%离子注入%峰谷电流比
共振隧穿二極管%離子註入%峰穀電流比
공진수천이겁관%리자주입%봉곡전류비
resonant tunneling diode%ion implantation%PVCR
采用离子注入方法制作了一种新型平面共振隧穿二极管(RTD),通过离子注入将器件之间进行隔离,避免了传统台面型RTD中采用的台面刻蚀所带来的一些缺点,并且表现出良好的I-V特性,峰谷电流比为3.4.通过该方法制作的RTD将更有利于RTD的平面集成.
採用離子註入方法製作瞭一種新型平麵共振隧穿二極管(RTD),通過離子註入將器件之間進行隔離,避免瞭傳統檯麵型RTD中採用的檯麵刻蝕所帶來的一些缺點,併且錶現齣良好的I-V特性,峰穀電流比為3.4.通過該方法製作的RTD將更有利于RTD的平麵集成.
채용리자주입방법제작료일충신형평면공진수천이겁관(RTD),통과리자주입장기건지간진행격리,피면료전통태면형RTD중채용적태면각식소대래적일사결점,병차표현출량호적I-V특성,봉곡전류비위3.4.통과해방법제작적RTD장경유리우RTD적평면집성.
A new type of planar resonant tunneling diode(RTD) was fabricated by ion implantation. The devices were isolated by ion implantation so that many shortcomings caused in conventional mesa-etched RTD were avoided. The planar RTD shows good I-V propeties, and the peak-valley current ratio(PVCR) reaches 3.4. This method plays an important role in planar integration for RTD.