用于高速电子系统的异质结BiFET技术

M. Chang
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引用次数: 5

摘要

GaAs BiFET LSI技术已成功开发用于高速、低功耗和混合信号电路。将场效应晶体管直接放置在HBT发射极帽层上,简化了器件外延生长和工艺集成。实现了高集成度和功能电路良率。具有优异的HBT和FET特性,FET的噪声系数可与传统mesfet相媲美,使其在前端接收器应用中表现良好。通过该技术,几个LSI电路,包括2 Gsps 2位DRFM原型,2 GHz 32/spl次/2位移位寄存器,200 Msps的9位分辨率采样和保持电路以及具有超快访问时间(330 ps)的sram已经成功演示。
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Heterojunction BiFET technology for high speed electronic systems
A GaAs BiFET LSI technology has been successfully developed for high speed, low power and mixed signal circuit applications. The direct placement of the FET on the HBT emitter cap layer simplifies the device epitaxial growth and process integration. High integration levels and functional circuit yield have been achieved. Excellent HBT and FET characteristics have bean produced, with the noise figure of the FETs comparable to those of traditional MESFETs, enabling them to perform well in front end receiver applications. Through this technology, several LSI circuits, including a 2 Gsps 2-bit prototype DRFM, 2 GHz 32/spl times/2 bit shift registers, sample and hold circuits with 9-bit resolution at 200 Msps and SRAMs with ultra-fast access time (330 ps) have been successfully demonstrated.
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