TOAD-Based Frequency-Encoded All Optical …
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Wavelength(nm)
Power(a.u.)
Power spectrum of Input and output
Input A=u1
Input B=u1
Output=u1
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Wavelength(nm)
Power(a.u.)
Power spectrum of Input and output
Input A=u1
Input B=u2
Output=u2
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Wavelength(nm)
Power(a.u.)
Power spectrum of Input and output
Input A=u2
Input B=u1
Output=u1
a
b
c
Fig. 8 a Optical power spectrum when A = υ 1 and B = υ 1 b Optical power spectrum when A
= υ 1 and B = υ 2 c Optical power spectrum when A = υ 2 and B = υ 1 d Optical power spectrum
when A = υ 2 and B = υ 2
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Wavelength(nm)
Power(a.u.)
Power spectrum of Input and output
Input A=u1
Input B=u1
Output=u1
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1565
1570
0
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Wavelength(nm)
Power(a.u.)
Power spectrum of Input and output
Input A=u1
Input B=u2
Output=u2
1540
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1560
1565
1570
0
0.2
0.4
0.6
0.8
1
Wavelength(nm)
Power(a.u.)
Power spectrum of Input and output
Input A=u2
Input B=u1
Output=u1
a
b
c
Fig. 8 a Optical power spectrum when A = υ 1 and B = υ 1 b Optical power spectrum when A
= υ 1 and B = υ 2 c Optical power spectrum when A = υ 2 and B = υ 1 d Optical power spectrum
when A = υ 2 and B = υ 2
