A novel 100 MHz-40 GHz RF termination with bias network for optical systems

T. Buber, I. Gresham, A. Khalil, N. Kınayman, R. Anderson, B. Ziegner, J. Lanteri
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引用次数: 1

Abstract

A novel wide-band DC-blocked MMIC RF termination with biasing network is presented. It provides return loss better than 18 dB from 100 MHz to 40 GHz. The main advantage of the design is that the DC blocking capacitor is placed directly on top of a wide grounding Si pedestal, thanks to M/A-COM's HMIC technology, reducing the ground inductance. At the RF side of the circuit, two 100-Ohm nichrome resistors have been put in parallel giving 50 Ohm. A small stub between the 100-Ohm resistors compensates for the inductance giving a very good match up to 40 GHz, Bond-wire pads have been designed on the chip and also on the host PCB to match the inductance of double wire-bond at the RF port.
一种用于光学系统的新型100 MHz-40 GHz带偏置网络的射频终端
提出了一种新型的带偏置网络的宽带直流阻塞MMIC射频终端。在100mhz ~ 40ghz范围内回波损耗小于18db。该设计的主要优点是,由于M/ a - com的HMIC技术,直流阻塞电容器直接放置在宽接地Si底座的顶部,从而降低了接地电感。在电路的射频侧,两个100欧姆的镍铬电阻并联,产生50欧姆。100欧姆电阻之间的一个小短段补偿了电感,提供了高达40 GHz的非常好的匹配,在芯片上和主机PCB上设计了Bond-wire pads,以匹配RF端口的双线bond电感。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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