Monolithically integrated Schottky diode and UTC-PD module for Microwave transceiver

Zhenjie Song, Chun Yang, Zichen Feng, Shaopeng Jia
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Abstract

In this paper, a monolithically integrated Schottky diode and UTC-PD module served as optoelectronic microwave transceiver is proposed. The transceiver can be switched between transmitter and receiver mode by changing the bias voltage of the Schottky diode. TCAD simulation was conducted to study the characteristics of the transceiver. The responsivity of the UTC-PD is 0.38 A/W at 1.55um wavelength. In case of receiver mode, the down conversion loss is 19.8dB at 1GHz which shows a 2dB improvement compared with direct down conversion in a UTC-PD. It is hoped to be scalable to higher frequencies since both the Schottky diode and UTC-PD could operate up to THz.
用于微波收发器的单片肖特基二极管和UTC-PD模块
本文提出了一种单片肖特基二极管和UTC-PD模块集成的光电微波收发器。通过改变肖特基二极管的偏置电压,收发器可以在发射模式和接收模式之间切换。通过TCAD仿真研究了收发器的特性。在1.55um波长处,UTC-PD的响应度为0.38 A/W。在接收机模式下,1GHz下的下变频损耗为19.8dB,与UTC-PD的直接下变频相比,降低了2dB。由于肖特基二极管和UTC-PD都可以工作到太赫兹,因此希望可以扩展到更高的频率。
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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