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Interwell Carrier Transport In InGaAsP/InP Quantum Well Laser Structures

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Abstract

Carrier transport between quantum wells (QW) is assumed to be the slowest process involved in carrier transfer and redistribution in multiple QW InGaAsP/InP laser structures. Calculations show that effective hole trapping and slow thermionic emission cause nonuniform hole distribution in the active region [1] and increased gain compression [2], significantly affecting the high-speed performance of a laser.

© 1996 IEEE

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