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[Author] Masahiro TANOBE(2hit)
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InP-Based Monolithic Optical Frequency Discriminator Module for WDM Systems
Ken TSUZUKI Hiroaki TAKEUCHI Satoshi OKU Masahiro TANOBE Yoshiaki KADOTA Fumiyoshi KANO Hiroyuki ISHII Mitsuo YAMAMOTO
- INVITED PAPER-Optical Active Devices and Modules
- Vol:
- E82-B No:8
- Page(s):
- 1188-1193
We have developed an InP-based monolithic optical frequency discriminator consisting of a temperature-insensitive optical filter and dual photodiodes. This integrated device detects the optical frequency deviation of the input light as differential photocurrent from the dual photodiodes, and the photocurrent is fedback to the light source for frequency stabilization through a differential amplifier. The FSR and extinction ratio of the filter are 50 GHz and 20 dB. The total opto-electronic conversion efficiency is 40%. In a frequency stabilization experiment using the developed discriminator, the frequency fluctuation of a DFB laser was reduced to less than 10 MHz.
InP-Based Monolithic Optical Frequency Discriminator Module for WDM Systems
Ken TSUZUKI Hiroaki TAKEUCHI Satoshi OKU Masahiro TANOBE Yoshiaki KADOTA Fumiyoshi KANO Hiroyuki ISHII Mitsuo YAMAMOTO
- INVITED PAPER-Optical Active Devices and Modules
- Vol:
- E82-C No:8
- Page(s):
- 1454-1459
We have developed an InP-based monolithic optical frequency discriminator consisting of a temperature-insensitive optical filter and dual photodiodes. This integrated device detects the optical frequency deviation of the input light as differential photocurrent from the dual photodiodes, and the photocurrent is fedback to the light source for frequency stabilization through a differential amplifier. The FSR and extinction ratio of the filter are 50 GHz and 20 dB. The total opto-electronic conversion efficiency is 40%. In a frequency stabilization experiment using the developed discriminator, the frequency fluctuation of a DFB laser was reduced to less than 10 MHz.
