Design of integrated optical Receiver DC-20 GHz based on SiGe BiCMOS technology.

  • Artyom S. Koryakovtsev
  • Andrey A. Kokolov
  • Alexey V. Pomazanov
  • Fiodor I. Sheyerman
  • Leonid I. Babak. 
Keywords: transimpedance amplifier, microwave photonics, photodiode, differential amplifier, SiGe BiCMOS

Abstract

The integrated receiver design with DC-20 GHz bandwidth based on 0.25 μm SiGe BiCMOS technology is described. The following results were obtained: the gain up to 20 GHz is approximately 22-2 5dB, the transimpedance gain is 61-65 dBΩ within the bandwidth, and the current consumption is 60 mA. The output power at 20 GHz is -4.5 dBm, the rmsoutput amplitude is 0.3 V with a load of 50 Ohms, current noise referred to the input in = 15.6 pA / √Hz, the group delay for the receiver optical is 30 ± 2 ps. The device can be used in broadband telecommunications systems, microwave signal transmission lines within large objects, phased array antennas and much more.

Published
2019-03-01