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Erik Bødtker

Observed names: E. BODTKER, E. Bodtker, E. Bo̸dtker, E. Bødtker, ERIK BODTKER
OpenAlex ID: A5047785842
Simple dispersion measurement technique with high resolution
1993 · B. Christensen, J. Mark, et al. · Electronics Letters · 61
Effects of cross-phase modulation in wavelength-multiplexedSCMvideo transmission systems
1995 · Z. Wang, E. Bødtker, et al. · Electronics Letters · 53
Performance limitations imposed by stimulated Raman scattering in optical WDM SCM video distribution systems
1995 · Z. Wang, A. Li, et al. · IEEE Photonics Technology Letters · 48
Measurement of Rayleigh backscatter-induced linewidth reduction
1985 · J. Mark, E. Bødtker, et al. · Electronics Letters · 39
Experimental confirmation of crosstalk due to stimulatedRaman scattering in WDM AM-VSB CATV transmissionsystems
1995 · A. Li, C.J. Mahon, et al. · Electronics Letters · 22
New method for self-homodyne laser linewidth measurements with a short delay fiber
1994 · Hanne Ludvigsen, Erik Bødtker · Optics Communications · 20
Statistical characteristics of a laser diode exposed to Rayleigh backscatter from a single-mode fibre
1985 · J. Mark, E. Bødtker, et al. · Electronics Letters · 15
Techniques for optical demultiplexing in high bit rate communication systems
1995 · E. Bodtker, J.E. Bowers · Journal of Lightwave Technology · 11
Heterodyne OTDR at 0.82 μm
1983 · E. Bødtker, B. Tromborg, et al. · Electronics Letters · 10
Polarization allocation schemes for minimizing fiber four-wave mixing crosstalk in wavelength division multiplexed optical communication systems
1996 · C.J. Mahon, L. Olofsson, et al. · IEEE Photonics Technology Letters · 9
15.8 Gbit/s system transmission experiment usinga5.2 mm long monolithic colliding-pulse-modelockedquantum well laser diode
1995 · Z. Wang, J.M. Nielsen, et al. · Electronics Letters · 9
Balanced tuned receiver front end with low noise and high common mode rejection ratio
1991 · N.G. Jensen, E. Bødtker, et al. · Electronics Letters · 9
Noise performance of Gbit/s tuned optical receivers
1987 · J.X. Kan, G. Jacobsen, et al. · Electronics Letters · 9
A new method for electrical frequency locking of optical FDM transmitters
1991 · B. Skjoldstrup, E. Bodtker, et al. · Journal of Lightwave Technology · 8
Design of bidirectional communication systems with optical amplifiers
1993 · J. Farre, E. Bodtker, et al. · IEEE Photonics Technology Letters · 7
Comparison of NRZ and AMI coding schemes using three-electrode and conventional DFB laser transmitters in a 636 Mbit/s SF-FSK coherent system
1990 · B. Hoffmann, N.G. Jensen, et al. · Electronics Letters · 6
Highly sensitive squaring circuit for coherent optical communications
1990 · E. Bodtker, R. Welter, et al. · IEEE Photonics Technology Letters · 6
Performance of preamplified direct detection systems under influence of receiver noise
1994 · N.G. Jensen, E. Bodtker, et al. · IEEE Photonics Technology Letters · 5
Weakly coherent optical systems using lasers with significant phase noise
1988 · I. Garrett, G. Jacobsen, et al. · Journal of Lightwave Technology · 5
Optical data synchronization using tunable transmitters and nonzero dispersion links
1995 · P. Blixt, J.E. Bowers, et al. · IEEE Transactions on Microwave Theory and Techniques · 4
4 Gb/s soliton communication on standard non dispersion-shifted fiber
1994 · B. Christensen, G. Jacobsen, et al. · IEEE Photonics Technology Letters · 3
Direct optical characterisation of DFB lasers for CPFSK system applications
1989 · R.J.S. Pedersen, G. Schiellerup, et al. · Electronics Letters · 3
Transmission with Nonlinearly-induced Phase Noise in Long-haul Systems utilizing Concatenated Optical Amplifiers
1994 · G. Jacobsen, J. Farré, et al. · Journal of Optical Communications · 2
Simple all-electrical evaluation of 2.5 Gbit/s CP-FSK coherent receiver
1992 · B. Hoffmann, N.G. Jensen, et al. · Electronics Letters · 2
Design and Field Test of a Fully Implemented, High Sensitivity 636 Mbit/s Polarization Diversity SF-FSK System
1992 · G. Jacobsen, E. Bødtker, et al. · Journal of Optical Communications · 2
Works count: 42
Citation count: 378
H-index: 9
I10-index: 9
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