Company Filing History:
Years Active: 2014
Title: Innovations of Xin Shuai in Optical Transceiver Technology
Introduction
Xin Shuai is a notable inventor based in Province, China. He has made significant contributions to the field of optical transceiver technology, particularly through his innovative patent that enhances the monitoring capabilities of optical receivers.
Latest Patents
Xin Shuai holds a patent titled "Circuit for monitoring the receiver of an optical transceiver and the method for monitoring burst mode optical power thereof." This invention discloses a circuit designed for monitoring an optical receiver or transceiver, including architectures, circuits, and systems that facilitate this function. The receiver monitoring circuit comprises an avalanche photodiode (APD), a microprocessor, and first and second transresistance amplifiers. The microprocessor is configured to supply bias voltage to the APD. Photocurrent produced by the APD is supplied to the first and second transresistance amplifiers, allowing the microprocessor to capture optical power from the voltage signal of these amplifiers. By utilizing algorithms and microprogramming systems, this circuit enables precision compensation for monitoring burst mode optical power within commercial temperature ranges and powers. It can also be applied to high precision digital monitoring of optical transceivers in a Passive Optical Network (PON) system, maintaining error values within ±1 dB.
Career Highlights
Xin Shuai is currently employed at Source Photonics Inc., where he continues to develop innovative solutions in optical technology. His work has positioned him as a key figure in advancing the capabilities of optical transceivers.
Collaborations
Xin has collaborated with notable colleagues, including Xu Jiang and Bing Ju, who contribute to the innovative environment at Source Photonics Inc.
Conclusion
Xin Shuai's contributions to optical transceiver technology through his patent demonstrate his commitment to innovation in the field. His work not only enhances the functionality of optical receivers but also sets a standard for precision in monitoring optical power.