Locking bandwidth equations for electrically and optically injection-locked oscillators

Wang, X.; Gomes, Nathan J.

doi:10.1049/ip-opt:20040793

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Application To Fabry-perot and Dfb Lasers1

Lc Resonance and Tank Q1

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2013

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Cited by 3 publications

(2 citation statements)

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“…In many papers on injection locking, the 1/r 2 is missing. This problem is analog to the difference which has been noticed [65] between Kurokawa's [66] and Adler's [67] locking bandwidth due to the existence of different Q factors, the resonator unloaded Q, the loaded Q and the external Q.…”

Section: Application To Fabry-perot and Dfb Lasersmentioning

confidence: 95%

Locking and Noise Properties of Multisection Semiconductor Lasers With Optical Injection. Application to Fabry–PÉrot and DFB Cavities

Kéfélian

Gallion

2008

IEEE J. Quantum Electron.

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Section: Application To Fabry-perot and Dfb Lasersmentioning

confidence: 95%

Locking and Noise Properties of Multisection Semiconductor Lasers With Optical Injection. Application to Fabry–PÉrot and DFB Cavities

Kéfélian

Gallion

2008

IEEE J. Quantum Electron.

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“…The first was proposed by Adler [15] in 1946 while the second was proposed by Kurokawa [54] in 1973. The approaches have been compared [55], and the general consensus is that Kurokawa…”

Section: Lc Resonance and Tank Qmentioning

confidence: 99%

Low-power RFIC design techniques for self-powered wireless CMOS circuits with integrated antennas

Popplewell¹

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Injection Locked Oscillator: A Review

Pal

Biswas

2013

IETE Journal of Education

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Locking bandwidth equations for electrically and optically injection-locked oscillators

Abstract: The two most widely used locking bandwidth equations for injection locked oscillators, Adler's and Kurokawa's equations, are compared for the first time. Three differences are pointed out from the comparison: first, the absence of the factor

Cited by 3 publications

References 8 publications

Locking and Noise Properties of Multisection Semiconductor Lasers With Optical Injection. Application to Fabry–PÉrot and DFB Cavities

Locking and Noise Properties of Multisection Semiconductor Lasers With Optical Injection. Application to Fabry–PÉrot and DFB Cavities

Low-power RFIC design techniques for self-powered wireless CMOS circuits with integrated antennas

Injection Locked Oscillator: A Review

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