Extreme temperature electronics
Extreme temperature electronics
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极端温度电子产品
DOI：
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发表时间：
2004
期刊：
影响因子：
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通讯作者：
J. Chern
中科院分区：
文献类型：
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作者：
L. Sadwick;R. J. Hwu;J. Chern
在本文中，一类新的电子器件，称为固态真空器件（SSVD），提出和讨论的主要重点是针对极端环境的应用。SSVD由于其固有的高温操作和抗辐射性，应该非常适合地球和金星上存在的极端环境。固态变频器联合收割机结合了固态和真空电子器件固有的特性。SSVD可用作高电压/高功率器件（从DC到GHz范围）或SSI或MSI集成电路。SSVD可以制成许多不同的尺寸和形状以适应应用。固态硬盘可以是紧凑和轻量级的。SSVD本质上是高温电子产品。设备参数（例如，增益、g/sub m、/输出电阻等）是可以选择以匹配应用的设计参数。SSVD的功率处理能力范围可以从小于毫瓦到轻松超过数十千瓦。SSVD操作、参数和性能结果和信息可以是本演示文稿的重点，主要集中在极端环境高温应用方面。
In this paper a new class of electronic devices, called solid state vacuum devices (SSVDs), is presented and discussed with the primary focus aimed toward extreme environment applications. SSVDs, due to their intrinsic high temperature operation and radiation hardness, should be extremely well suited for extreme environments that exist both on Earth and, for example, on the planet Venus. SSVDs combine features inherent to solid state and vacuum electronics in this new class of devices. SSVDs can be used as high voltage/high power devices (from DC to well into the GHz range) or as SSI or MSI integrated circuits. SSVDs can be made in many different sizes and shapes to suit the application. SSVDs can be compact and lightweight. SSVDs are, by their very nature, high temperature electronics. Device parameters (e.g., gain, g/sub m,/ output resistance, etc.) are design parameters that can be chosen to match the application. The power handling capability of SSVDs can range from less than milliwatts to easily more than tens of kilowatts. SSVD operation, parameters and performance results and information can be the focus of this presentation with the primary area of concentration on extreme environment high temperature applications.