REFERENCES
- G H B Thompson, Physics of semiconductor laser devices, Wiley, New York, 1980.
- G P Agrawal & N K Dutta, Long-wavelength semiconductor laser, Van Nostrand Reinhold Co, New York, 1986.
- R S Tucker & D J Pope, Microwave circuit models of semiconductor injection lasers, IEEE Trans Microwave Theory & Tech, vol MTT-31, pp 289–294, 1983.
- R S Tucker, High-speed modulation of semiconductor lasers, J Lightwave Technol, vol LT-3, pp 1190–1191, 1985.
- J Buus, Principles of semiconductor laser modelling, IEE Proc J, vol 132, pp 42–48, 1985.
- DP Wilt & A Yariv, A self-consistent static model of the double heterostructure laser, IEEE J Quantum Electron, vol 17, pp 1941–1949, 1981.
- J Machac, Static model of DH laser, IEE Proc I, vol 130, pp 61–63, 1983.
- A J Lowery, A Keating & C N Murtonen, Modeling the static and dynamic behaviour of quarter-wave shifted DFB lasers, IEEE J Quantum Electron, vol 28, pp 1874–1883, 1992.
- J Buus, A model for the static properties of DH lasers, IEEE J Quantum Electron, vol QE-15, pp 734–738, 1979.
- G H B Thompson, D F Lovelace, & S M Turley, Kinks in the light/current characteristics and near field shifts in (GaA1) As heterostructure stripe lasers and their explanation by the effect of self-focusing on a built-in optical waveguide, Inst Elec Eng Solid-State Elect Dev, vol 2, pp 12–30, 1978.
- N Chinone, Nonlinearity in power output-current characteristics of stripe geometry injection laser, J Appl Phys, vol 48, pp 3237–3244, 1977.
- P M Boers, M T Vlaardingerbroek & M Danielsen, Dynamic behaviour of semiconductor lasers, Electron Lett, vol 11, pp 206–208, 1975.
- T Ikegami, K Kobayashi & Y Suematsu, Transient behaviour of semiconductor injection lasers, Electr & Commun Jap, vol 53, pp 82–89, 1970.
- T Ozeki, & T Ito, A new method for reducing pattern effect in pcm current modulation of DH GaAlAs lasers, IEEE J Quantum Electron, vol 9, pp 1098–1101, 1973.
- W Harth, Large-signal direct modulation of injection lasers, Electron Lett, vol 9, pp 532–533, 1973.
- T Ikegami & Y Suematsu, Direct modulation of semiconductor lasers, Electron Commun, vol 51, pp 51–57, 1968.
- M Chowm, A R Goodwin, D F Lovelace, G H B Thompson & P R Selway, Direct modulation of double heterostructure lasers at rates upto to 1 Gbit/s, Electron Lett, vol 9, pp 34–36, 1973.
- B R Dunsmuir, Theory of relaxation oscillations in optical masers, J Electron Contr, vol 10, pp 453–458, 1961.
- M J Adams, Rate equations and transient phenomena in semiconductor lasers, Optoelectron, vol 5, pp 201–215, 1973.
- M J Adams & M Osinski, Longitudinal mode competition in semiconductor lasers: rate equations revisited, IEE Proc I, vol 129, pp 271–274, 1982.
- J Buus, Comparison of two recent semiconductor laser models, IEEE J Quantum Electron, vol QE-19, pp 1356–1358, 1983.
- G P Agrawal, Gain nonlinearities in semiconductor lasers: Theory and application to distributed feedback lasers, IEEE J Quantum Electron, vol QE-23, pp 860–868, 1987.
- Y Arakawa & T Takahashi, Effect of nonlinear gain on modulation dynamics in quantum-well lasers, Electron Lett, vol 25, pp 169–170, 1989.
- G P Agrawal, Effect of gain and index nonlinearities on single-mode dynamics in semiconductor lasers, IEEE J Quantum Electron, vol 26, pp 1901–1909, 1990.
- P Vankwikelberge, G Morthier & R Baets, CLADISS—A longitudinal multimode model for the analysis of the static, dynamic and stochastic behavior of diode lasers with distributed feedback, J IEEE Quantum Electron, vol 26, pp 1728–1741, 1990.
- J Manning, R Olshansky, D M Fye & W Powazinik, Strong influence of nonlinear gain on spectral and dynamic characteristics of InGaAsP lasers, Electron Lett, vol 21, pp 496–497, 1985.
- L Chusseau, E Hemery & J M Lourtioz, Period doubling in directly modulated InGaAsP semiconductor lasers, Appl Phys Lett, vol 55, pp 822–824, 1989.
- D A Frische & I D Henning, Effect of laser chirp on optical systems—Initial tests using a 1480nm DFB laser, Electron Lett, vol 20, pp 631–633, 1984.
- T L Koch & J E Bowers, Nature of wavelength chirping in directly modulated semiconductor lasers, Electron Lett, vol 26, pp 1038–1039, 1984.
- R A Linke, Modulation induced transient chirping in single frequency lasers, IEEE J Quantum Electron, vol QE-21, pp 593–597, 1985.
- A J Lowery, A model for picosecond dynamic laser chirp based on the transmission line laser model, IEE Proc J, vol 135, pp 126–132, 1988.
- A J Lowery, A new dynamic model for multimode chirp in DFB semiconductor lasers, IEE Proc J, vol 137, pp 293–300, 1990.
- Y Arakawa, K Vahala & A Yariv, Quantum noise and dynamics in quantum well and quantum wire lasers, Appl Phys Lett, vol 45, pp 950–952, 1984.
- A J Lowery, Dynamic modelling of distributed feedback semiconductor lasers using scattering matrices, Electron Lett, vol 25, pp 1307–1308, 1989.
- P Vankwikelberge, F Buytaert, A. Franchois, R Baets, P I Kuindersma & C W Fredriksz, Analysis of the carrier-induced FM response of DFB lasers: Theoretical and experimental case studies, IEEE J Quantum Electron, vol 25, pp 2239–2254, 1989.
- E Hemery, L Chusseau & J M Lourtioz, Dynamic behaviors of semiconductor lasers under strong sinusoidal current modulation: Modeling and experiments at 1,3 μm, IEEE J Quantum Electron, vol 26, pp 633–641, 1990.
- A J Lowery, A new dynamic semiconductor laser model based on the transmission line modelling method, IEE Proc J, vol 134, pp 281–289, 1987.
- A J Lowery, Amplified spontaneous emission in semiconductor laser amplifiers: The validity of the transmission line laser model, IEE Proc J, vol 137, pp 241–247, 1990.
- A J Lowery, Transmission line modelling of semiconductor lasers: The transmission line laser model, Int J Numer Model, vol 2, pp 249–265, 1990.
- A J Lowery, New inline wideband dynamic semiconductor laser amplifier model, IEE Proc J, vol 135, pp 242–250, 1988.
- A J Lowery, Explanation and modelling of pulse compression and broadening in travelling-wave laser amplifier, Electron Lett, vol 24, pp 1125–1126, 1988.
- A J Lowery, Modelling ultra-short pulses (less than the cavity transit time) in semiconductor laser amplifier, Int J optoelectron, vol 3, pp 497–508, 1988.
- A J Lowery, Modelling spectral effects of dynamic saturation in semiconductor laser amplifiers using the transmission line laser model, IEE Proc J, vol 136, pp 320–324, 1989.
- A J Lowery, Transmission line laser modelling of semiconductor laser amplified optical communication system, IEE Proc J, vol 139, pp 281–289, 1987.
- T P Lee, Effect of junction capacitance on the rise time of LED's and on the turn-on delay of injection Lasers, The Bell System Tech J, pp 53–67, 1975.
- J M Dumant, Y Guillausseau & M Monerie, Small signal modulation of DH laser diodes: Effect of the junction Capacitance, Opt Commun, vol 33, pp 188–192, 1980.
- M Maeda, K Nagano, M Tanaka & K Chiba, Buried-hetero structure laser packaging for wideband optical transmission systems, IEEE Trans Commun, vol COM-26, pp 1076–1081, 1978.
- H Kressel & J K Butler, Semiconductor lasers and heterojunction leds, Academic, New York, 1977, Chap 17.
- M Morishita, T Ohmi & J Nishizawa, Impedence characteristics of double-heterostructure laser diodes, Solid-State Electron, vol 22, pp 951–952, 1979.
- J Katz, S Margalit, C Harder, D Wilt & A Yariv, The intrinsic electrical equivalent circuit of a laser diode, IEEE J Quantum Electron, vol QE-17, pp 4–7, 1981.
- Y Suematsu & T H Hong, Suppression of relaxation oscillation in light output of injection lasers by electrical resonance circuit, IEEE J Quantum Electron, vol QE-13, pp 756–762, 1977.
- P J Anthony, T L Paoli & R L Hartman, Observations of negative resistance associated with superlinear emission characteristics of (A1, Ga) As double-heterostructure lasers, IEEE J Quantum Electron, vol QE-16, pp 735–739, 1980.
- K Y Lau, L Figuroa & A Yariv, Generation and quenching of intensity self-pulsations in semiconductor lasers coupled to external cavities, presented at the 11 th Int Quantum Electron Conf, paper W 4, Boston, MA, pp 23–26, 1980.
- R S Tucker, Circuit model of double-heterostructure laser below threshold, IEE Proc I, vol 128, pp 101–106, 1981.
- W B Joyce & R W Dixon, Electrical characterisation of heterostructure lasers, J Appl Phys, vol 49, pp 3719–3728, 1978.
- W B Joyce & R W Dixon, Analytic approximations for the Fermi energy of an ideal Fermi gas, Appl Phys Lett, vol 31, pp 354–356, 1977.
- R S Tucker, Large-signal circuit model for simulation of injection-laser modulation dynamics, IEE Proc I, vol 128, pp 180–184. 1981.
- C Harder. J Katz. S Margalit, J Shacham & A Yariv, Noise equivalent circuit of semiconductor laser diode, IEEE J Quantum Electron, vol QE-18, pp 333–337, 1982.
- R S Tucker, Circuit modeling of the effect of diffusion damping in a narrow-stripe semiconductor laser, IEEE J Quantum Electron, vol QE-19, pp 1179–1183, 1983.
- D J Channin, Effect of gain saturation on injection laser switching, J Appl Phys, vol 50. pp 3858–3860, 1979.
- I Habermayer, Nonlinear circuit model for semiconductor lasers, Opt & Quantum Electron, vol 13, pp 461–468, 1981.
- H A Tafti, K K Kamath, G Abraham, F N Farokhrooz & P R Vaya, Circuit modelling of multimode semiconductor lasers and study of pulse broadening effect, Electron Lett, vol 29, pp 1443–1445, 1993.
- R S Tucker & I P Kaminow, High frequency characteristics of directly modulated InGaAsP Ridge waveguide & buried heterostructure lasers, J Lightwave Technol, vol LT-2, pp 385–393, 1984.
- W H Hong, J H So, H K Park & J G Mclnerney, Circuit models for frequency modulation response of semiconductor lasers, Electron Lett, vol 25, pp 591–592, 1989.
- J Arnaud & M Esteban, Circuit theory of multielement laser diodes, Opt Lett, vol 14, pp 1048–1050, 1989.
- J Arnaud & M Esteban, Circuit theory of laser diode modulation and noise, IEE Proc J, vol 137, pp 55–63, 1990.
- H Elkadi, J P Vilcot, S Maricot & D Decoster, Microwave circuit modeling for semiconductor lasers under large and small signal conditions. Microwave & Opt Technol Lett, vol 3, pp 379–382, 1990.
- H Lamela, G Carpintero, P Acedo & A Abella, Small signal equivalent of two lateral coupled semiconductor diode lasers, Electron Lett, vol 28, pp 1908–1910, 1992.
- H Lamela, G Carpintero, P Acedo & A Abella, Circuit modelling of a laser diode array: Frequency resonance computation, URSI, Sept 1992 (Malaga), Spain.
- T L Kosh & J E Bowers, Nature of wavelength chirping in directly modulated semiconductor lasers. Electron Lett, vol 20, pp 1038–1039, 1984.
- T M Shen & G P Agrawal, Pulse shape effects on frequency chirping in single frequency semiconductor lasers under current modulation, J Lightwave Technol, vol LT-4, pp 497–503, May 1986.
- J C Cartledge & G S Burley, The effect of laser chirping on lightwave system performance, J Lightwave Technol, vol 7, pp 568–573, March 1989.
- H A Tafti, F F Papa, F N Farokhrooz, K K Kamath & P R Vaya, Analysis of laser frequency chirp using circuit modelling of semiconductor laser, International conference on Telecommunications, Jan 10–12, 1994, at Dubai (organised by IEEE-IEE-King's College, London), pp 250–253.
- H A Tafti, F F Papa, K K Kamath & P R Vaya, A new approach to the modelling of laser frequency chirp, Proc of the Seventeenth National System Conference (NSC'93), Indian Institute of Technology, Kanpur, Dec 24–26, 1993, pp 462–465.
- A J Lowery, A Two-port bilateral model for semiconductor laser, IEEE J Quantum Electron, vol 28, pp 82–92, 1992.
- Y Arakawa & A Yariv, Quantum well lasers-gain spectra, dynamics, IEEE J Quantum Electron, vol 22, pp 1887–1899, 1986.
- P L Derry, T R Chen, Y H Zhuang, J Paslaski, M Mittelstein, K Vahala & A Yariv, Spectral and dynamic characteristics of buried-heterostructure single quantum well (AIGa)As lasers, Appl Phys Lett, vol 53, pp 271–273, 1988.
- D S Gago, S M Skang, R P Bryan & J J Coleman, Modeling of quantum-well lasers for computer aided analysis of optoelectronic integrated circuits, IEEE J Quantum Electron, vol 26, pp 1206–1216, 1990.
- S C Kan & K Y Lan, Intrinsic equivalent circuit of quantum well lasers, IEEE Photonics Tech Lett, vol 4, pp 528–530, 1992.
- N Holonyak, R M Kolbas, R D Dupuis & P D Dapkus, Quantum-well heterostructure lasers, IEEE J Quantum Electron, vol 16, pp 170–185, 1980.
- N Holonyak, Quantum-well semiconductor lasers (review), American Institute of Physics, vol 19, pp 943–958, 1985.
- A Yariv, Quantum-well semiconductor lasers are taking over, IEEE Circuits and Devices Magazine, pp 25–27, 1989.
- HA Tafti, F F Papa, V S Sheeba & P R Vaya, Circuit simulation of the quantum-well laser using rate equations, Proceedings of the Iranian Conference of Electrical Engg, Tarbiat Modarres University, Tehran, Iran, pp 73–81, 1994.
- H Lui, M Fukazawa, Y Kawal & T Kamiya, Gain-switched picosecond pulse (<10ps) generation from 1.3 μm InGaAsP laser diodes, IEEE J Quantum Electron, vol 25, pp 1417–1425, 1989.
- Y Arakawa, T Sogawa, M Nishioka, M Tanaka & H Sakaki, Picosecond pulse generation (<1.8ps) in a quantum well laser by a gain switching method, Appl Phys Lett, vol 51, pp 1295–1297, 1987.
- R Nagarajan, T Kamiya, A Kasukawa & H Okamoto, Observation of ultrashort (<4 ps) gain-switched optical pulses from long wavelength multiple quantum well lasers, Appl Phys Lett, vol 55, pp 1273–1275, 1989.
- H A Tafti, F F Papa, V S Sheeba, K K Kamath & P R Vaya, Observation of ultrashort (< 7ps) gain-switched optical pulse by circuit modeling on QW laser. Proceedings of the International Conference on Optoelectronic Technologies, Indian Institute of Science, Bangalore, 18–22, July 1994, pp 433–436.
- W Elsäber, J Sacher F Hackenbuchner, M Hofman, E O Göbel, S Schuster, T Wicht, H Haug, H Jung, & E Schlosser, Picosecond pulse generation in a GaAs/GaAl As single quantum-well laser at the first and second subband transition, IEEE Photon Tech Lett, vol 4, pp 966–969, 1992.
- H A Tafti, F F Papa, V S Sheeba, K K Kamath & P R Vaya, Gain switched picosecond pulse generation from quantum well lasers using the circuit modeling approach, International Conference on Signals. Data, System, December 12–14, 1994, Hyderabad, India, pp 145–155.