Wide Bandwidth Millimeter-wave System-on-Chip Development and Applications

Yilun Zhu, Ying Chen, Jo-Han Yu, G. Yu, Xianzi Liu, C. Domier, J. Dannenberg, N. Luhmann
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引用次数: 2

Abstract

Wide bandwidth transmitter and receiver chips have been successfully developed by the Davis Millimeter-Wave Research Center, including V-band (55–75 GHz) and W-band (75–110 GHz), with F-band (110–140 GHz) receiver chips awaiting test following tape-out. They are expected to satisfy many commercial and scientific applications with substantial cost reduction. They provide 30x signal gain compared with previous Schottky mixer planar antenna front-end approaches by employing a pre-LNA on the receiver chip. The typical noise temperature is suppressed below 4,000 Kelvin. An internal local oscillator chain provides a compact, portable detection solution.
宽频带毫米波片上系统的开发与应用
戴维斯毫米波研究中心已成功开发出v波段(55 ~ 75 GHz)和w波段(75 ~ 110 GHz)的宽带收发芯片,f波段(110 ~ 140 GHz)的收发芯片正在等待测试。它们有望满足许多商业和科学应用,并大幅降低成本。与以前的肖特基混频器平面天线前端方法相比,它们通过在接收器芯片上采用前置lna提供30倍的信号增益。典型的噪声温度被抑制在4000开尔文以下。一个内部本地振荡器链提供了一个紧凑的,便携式的检测解决方案。
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