John E Johnson

Alcatel-Lucent

4Papers / 论文

67Citations / 引用

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个人简介

John J. Johnson received the A.A.S. degree from Brookdale Community College, Lincroft, NJ, in 1985. His degree was augmented by numerous additional credits earned in Computer Science and Physics from Brookdale and Monmouth University, West Long Branch, NJ. He has worked as a Member of Technical Staff at Bellcore, Red Bank, NJ, in Lightwave Device Research and Network Integrity/Disaster Prevention and Recovery (1985-1996); Lucent Technologies, Holmdel, NJ, in Lightwave Technology Development (1998-2000); and Tellium, Oceanport, NJ, in Advanced Technologies (2000-2002). During this time his projects included integrated photonics, audits of network integrity for the RBOCs, multistage optical amplifiers, device characterization, and automated data acquisition. He periodically and currently acts as an electronics and electronics' contamination consultant. He is a coauthor on over 20 publications related to integrated lightwave devices fabricated on lithium niobate, indium phosphide, and glass. He co-patented an acoustooptic polarization converter with apodized acoustic waveguides and is a recipient of an R&D 100 award. He has been recognized as an Expert Witness by the Brooklyn Supreme Court in the area of contamination and remediation of electronic equipment.

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论文（4）

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1High-speed WDM Transmission in AllWaveTM Fiber in Both the 1.4-µm and 1.55-µm Bands

A K Srivastava, David L Tzeng, Andrew J Stentz,J E Johnson,Michael L Pearsall,O Mizuhara,T A Strasser,K Dreyer,J W Sulhoff, Lei Zhang,P Yeates, J R Pedrazzini,

2006引用：23

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2Spot-Size-Converted 1.3pm Directly-Modulated Fa bry-Perot and Distributed Feedback Lasers Suitable for Passive Alignment and 2.5 Gbls Operation at 85C

David Klotzkin,J Sheridaneng, A D Mazzatesta, Gary E Ford, J Laquindinum, Minze V Chien,Myeongcheol Park,Ellinor Michel, R Kinkel,S Roycroft,L J P Ketelsen,John E Johnson,

2000引用：23

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3High-speed WDM Transmission in AllWaveTM Fiber in Both the 1.4-Μm and 1.55-Μm Bands

A. K. Srivastava,D. L. Tzeng, A.J. Stentz,J.E. Johnson, M. L. Pearsall,O. Mizuhara,T.A. Strasser,K. Dreyer,J.W. Sulhoff, L. Zhang,P.D. Yeates, J. R. Pedrazzini,

Lightwave transmission in silica optical fibers has been demonstrated in four wavelength windows, 0.8 μm, 1.3 μm, 1.5 μm, and 1.6 μm (L-band). This experiment, using AllWave™ fiber, opens a fifth wavelength window namely, the 1.4 μm region.

1999Optics and Photonics News（1999）引用：1

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4Linearization of 1.55-/Spl Mu/m Electroabsorption Modulated Laser by Distortion Emulation and Reversal for 77-Channel CATV Transmission

J Yu,TY Chang,GC Wilson,TH Wood,NJ Sauer,JE Johnson,T Tanbun-Ek,PA Morton

An electroabsorption modulated laser (EML) is linearized by emulation and reversal of the nonlinear distortion using a companion EML inside an optoelectronic interferometer. Suppression of composite second-order and triple-beat signals to <-61 and <-63 dBc, respectively, have been achieved for a carrier-to-noise ratio (CNR) of 50 dB with a 77-channel loading of CATV carriers. Further performance enhancement can be expected through tailoring of device and component characteristics to suit the application.

1998IEEE PHOTONICS TECHNOLOGY LETTERS（1998）引用：20

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