A new vertical JFET technology for the powering scheme of the ATLAS upgrade inner tracker

P. Fernandez-Martínez, L. Ré, D. Flores, S. Hidalgo, D. Quirion, M. Ullán
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引用次数: 1

Abstract

The IMB-CNM (Barcelona) has developed a new vertical JFET (V-JFET) technology with the purpose of working as rad-hard switches in the HV powering scheme of the upgraded ATLAS tracker. The design of the new transistors draws upon a deep-trenched 3D technology to achieve vertical conduction and low switch-off voltage. These features prospect suitable radiation hardness for the application. The first V-JFET prototypes are now fabricated and characterized, with very promising results already meeting the application requirements. A compilation of the simulated and measured performance is shown in the contribution. To evaluate the radiation hardness, gamma irradiation has been performed and the main results are presented here.
一种用于ATLAS升级内跟踪器供电方案的新型垂直场效应晶体管技术
IMB-CNM (Barcelona)已经开发了一种新的垂直JFET (V-JFET)技术,目的是在升级的ATLAS跟踪器的高压供电方案中作为抗雷达开关。新晶体管的设计利用深沟3D技术实现垂直传导和低关断电压。这些特点为应用提供了合适的辐射硬度。第一个V-JFET原型现在已经制造和表征,具有非常有希望的结果已经满足应用要求。在贡献中显示了模拟和测量性能的汇编。为了评估辐射硬度,进行了伽玛辐照,并给出了主要结果。
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