Sentence examples for modulation speed of from inspiring English sources

Three dimensional finite-difference time-domain (3D-FDTD) simulations show that the modulation depth of 10.9 dB, and insertion loss of 1.14 dB, along with very high modulation speed of 224 GHz can be achieved in the proposed modulator with very low modulation energy of 0.75 fJ/bit.

Analysis shows that the modulation speed of our design is comparable with the through-etched slot modulator, at the level of picoseconds.

Quantum dots (QDs) have been proposed as a possible route to increase the modulation speed of semiconductor lasers.

This ultrafast response time implies a potential to achieve a modulation speed of approximately 200 GHz for Gaussian pulses.

The modulation speed of quantum dot lasers is of specific importance if such lasers are considered for optical communication systems.

This limits the modulation speed of QDs with deep confinement potentials such as the 1.3-μm InAs/GaAs QDs.

Obviously, the modulation speed (or bandwidth) of the 1.3-μm QD lasers should be temperature-dependent due to the temperature-sensitive gain profile of QDs.

A comparison between the performance parameters of the proposed modulator and those of previously reported PhCNB based modulators reveals the superior performance of the proposed structure in terms of modulation speed, energy consumption and overall footprint.

As is shown in Figure 8c,d, the long tail (approximately 80 ns) may mistake the ultrafast measurement of modulation speed.

Driven by saturable absorption, all-optical GOMs show a potential of ultrafast modulation speed due to the ultrafast relaxation time.

In theory, the high carrier mobility of graphene will lead to an ultrahigh modulation speed.