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For the modulator length of 2.33 μm, the extinction ratio of the modulation is nearly 14 dB, and the calculated attenuation loss is 4.5 dB.
We find no numerical high frequency modulational instabilities in addition to the modulational instability from a linear analysis around a nonlinear state for the DNLS equation if the modulation is small and (k0 −a22)2 t < π (k0 is the wavenumber and a the amplitude).
The modulation is masterful.
The findings increase the chances that the modulation is real, outside dark matter experts say.
The modulation is effected with a haunting tug.
The modulation is found parallel to the b axis.
The effect of the applied voltage on the modulation is also analyzed.
In this experiment the modulation is done on two 50 μm Si slabs with different finesses.
The influence on the modulation is similar to the power consumption of the transponder [11].
The modulation is BPSK and the channel is assumed to be an AWGN channel.
The modulation is performed using OQPSK with configurable constellation and pulse shape.
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