Dissertation
Dissertation > Industrial Technology > Radio electronics, telecommunications technology > Radio equipment,telecommunications equipment > Receiver equipment, radio Radio > Receiver: the form of points

Design and Test of Amplified Circuit of the Optical Receiver

Author ZouYuFeng
Tutor ZuGuangYu
School Tianjin University
Course Microelectronics and Solid State Electronics
Keywords Twin photodiodes Optical receiver Current -mode feedback amplifier Open circuit time constant method A printed circuit board
CLC TN851
Type Master's thesis
Year 2005
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With the development of silicon deep sub-micron integrated circuits , the frequency characteristics of the MOS transistor is also gradually increase the MOS transistor the fT value has more than 100GHz . Silicon optoelectronic integrated receiver became active , and the advantages of the silicon-based optical receiver is that it has the powerful functions of various IC support , the price is relatively cheap , the disadvantage is that the shorter wavelength response , and the response speed is relatively low . In optical storage systems, and within a short distance . Multichannel parallel transmission limit is not subject to these disadvantages . Abroad OEIC receiver is still in the research stage , developed with independent intellectual property rights for the optical fiber transmission of high-speed integrated circuits is of great significance for the development of China 's information industry and the building of the information superhighway , and the optical receiver is one of the most important a ring . OEIC receiver , compatible with standard CMOS to achieve fast , low-noise detectors and high-gain , wideband and low noise amplifier circuit . Therefore, we have adopted a dual photodiode with shallow trench isolation (STI) structure (DPD) as a detector ; using current -mode negative feedback amplifier (CFA) as a receiver preamplifier ; using active inductor amplifier as the main amplifier. The main research work are : 1 ) design compatible with standard CMOS processes with STI structure DPD detector . Device simulation to grasp the the DPD mechanism of work to improve the speed and responsiveness . 2) OEIC optical receiver design and simulation . The mechanism of to reveal the CFA broadband high-speed through the open-circuit time constant method , the design speed of 1Gb / s, gain up to 60dB receiver amplifier circuit . 3) the test chip . The above design DPD detector test to obtain a dark current of less than 30pA , the degree of response to 0.066A / w . Needed to design a high-speed PCB test board , and let the the MPW tapeout with detector chip bonding system testing , very good frequency characteristics .

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