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Optical and Quantum Electronics

Theoretical investigation of amplified spontaneous emission with picosecond light pulses in dye solutions

А. Penzkofer, W. Falkenstein

Published Sep 1, 1978• 74 citations
Publisher
DOI
10.1007/bf00620306

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Controlled picosecond gating and amplification of ultrafast optical signals

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A positively gated ultrafast amplifying shutter is described. The population inversion created by the action of an intense picosecond pulse in a saturable absorbing dye provides the means for high gain amplification of optical signals. The introduction of a second pulse at a wavelength within the emission band of the dye rapidly depletes the inversion and thus terminates the gain. Gated amplifier gains from 50 to 100 are reported and control of delays between the pulses allows shutter aperture times to be reproducibly varied from ∼12 to ≳60 psec.

Applied Physics Letters•Dec 15, 1975•6 citations
A positively gated ultrafast amplifying shutter is described. The population inversion created by the action of an intense picosecond pulse in a saturable absorbing dye provides the means for high gain amplification of optical signals. The introduction of a second pulse at a wavelength within the emission band of the dye rapidly depletes the inversion and thus terminates the gain. Gated amplifier gains from 50 to 100 are reported and control of delays between the pulses allows shutter aperture times to be reproducibly varied from ∼12 to ≳60 psec.