Phase noise characterization photodetectors for near-infrared mode-locked lasers with repetition rates up to 400 MHz

X Geng, S Luo, L Li, Q Chen, M Sun - Optical and Quantum Electronics, 2021 - Springer
The emerging low noise applications put forward demanding requirements on the
photoelectric conversion devices. In this paper, the aperture of understanding the phase …

[HTML][HTML] Optical Sideband Injection Locking Using Waveguide Based External Cavity Semiconductor Lasers for Narrow-Line, Tunable Microwave Generation

MRH Khan, MA Hoque - Photonics, 2019 - mdpi.com
The generation by optical injection locking of spectrally unadulterated microwave signals
using waveguide based external cavity semiconductor lasers (WECSL) is demonstrated. A …

Noise-characterization photo-receiver designs for mode-locked 100-MHz Ti: Sapphire lasers

X Geng, S Luo, S Ming, L Li, Q Chen - Optical and Quantum Electronics, 2021 - Springer
The exploration of noise performance for a laser system is one of the most charming topics
in optics community. Photo-receivers designed to be stable, low-noise, and high-dynamic …

Highly Stable Photonic Local Carriers for Phased Array Receiver System

MRH Khan, MA Hoque - Engineering, Technology & Applied Science …, 2020 - etasr.com
In this paper, a complete system analysis of photonic local carrier generation technique has
been investigated. The generated carrier is potentially suitable to replace the existing …

[PDF][PDF] A photonic frequency discriminator based laser linewidth estimation

MRH Khan, MA Hoque - 2019 - researchgate.net
The conventional methods on the measurement of linewidth of an individual laser or free-
running beat spectrum are unable to realize both direct and accurate measurement …

Etude des boites quantiques pour la réalisation d'un laser VECSEL bi-fréquence cohérent

G Brevalle - 2019 - theses.hal.science
Ce travail de thèse porte sur différentes études expérimentales permettant de lier les
performances d'un laser bi-fréquence aux propriétés structurales physiques des boites …