Low-cost plastic package transceiver components for large core fiber systems

F. Ho, B. Lui, W. Hung, F. Tong, T. Choi, S. Yau, G. Egnisaban, T. Mangenete, A. Ng, E. Cheung, Sing Cheng, T. Wipiejewski
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Abstract

We have developed low cost optical components based on electronics-style plastic packages for large core fiber systems such as polymer cladded silica (PCS) fiber systems. The VCSEL based transmitter demonstrates data rate up to 500Mbps and output power variation < 0.2dB over a wide ambient temperature range from -40/spl deg/C to 105/spl deg/C. Preliminary reliability data of the VCSEL transmitter shows no output power degradation after 500 cycles of temperature cycling from -40/spl deg/C to 125/spl deg/C. We have also fabricated MSM-PD for high speed large core fiber applications. The coupling tolerances are relaxed for 80/spl mu/m in lateral axis and 4000/spl mu/m in longitudinal axis, respectively. The MSM-PD based receiver exhibits a high sensitivity of -18dBm at a data rate of 3.2Gbps.
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用于大芯光纤系统的低成本塑料封装收发器组件
我们开发了基于电子式塑料封装的低成本光学元件,用于大型芯光纤系统,如聚合物包层二氧化硅(PCS)光纤系统。基于VCSEL的发射机在-40/spl°C至105/spl°C的宽环境温度范围内,数据速率高达500Mbps,输出功率变化< 0.2dB。VCSEL发射机的初步可靠性数据显示,在温度从-40/spl°C到125/spl°C的500次循环后,输出功率没有下降。我们还为高速大芯光纤应用制造了MSM-PD。横向轴放宽80/spl mu/m,纵向轴放宽4000/spl mu/m。基于MSM-PD的接收机在3.2Gbps的数据速率下具有-18dBm的高灵敏度。
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