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To achieve an efficient and effective simulation, a parallel solver based on time-domain finite element method (TD-FEM) is proposed, which is developed based on JAUMIN framework. This parallel TD
A clocked D flip-flop, incorporating an optical delay unit, is examined using 3-D numerical simulations, illustrating the spatial propagation of optical pulses and providing time domain plots for
We conduct a systematic study involving experimental optical measurements, numerical simulations, and direct electron microscopy imaging to investigate this discrepancy in directional
Pulse generation in a Q-switched fiber laser is simulated with the software RP Fiber Power.
Abstract: Accurate calculation of guided modes is one of the principal tasks of numerically simulating integrated optical devices.
In this paper, the complex cubic Ginzburg–Landau equation (CGLE) is employed to simulate pulse propagation in passively mode-locked Er-doped fiber laser.
I am trying to understand how an optocoupler (4N25) works by looking at the datasheet and simulating a test circuit in LTSpice, but I am having some issues.
This paper presents a comprehensive mathematical analysis of electro-optic effect-based switching, demonstrating its efficacy through 3-D MATLAB simulations of the optical switch layout.
Pulse generation in a Q-switched fiber laser is simulated with the software RP Fiber Power.
pyLaserPulse is a comprehensive simulation toolbox for modelling polarization-resolved, on-axis laser pulse propagation through nonlinear, dispersive, passive, and active optical fibre assemblies,
We report on what is to our knowledge the first demonstration of all-optical switching in two integrated nonlinear directional couplers cascaded together in series.
The Optio framework enables the electromagnetic simulation of optical coupling structures, particularly focusing on grating couplers which are essential components for coupling light between optical fibers
Use the Optocoupler block to interface two electrical circuits without making a direct electrical connection. A common reason for doing this is that the two circuits work at very different voltage
we show that this discrepancy can be mainly attributed to density changes in the oxide cladding. We conduct a systematic study involving experimental optical measurements, numerical simulation, and