Handbook of Optics, Volume 4A new volume in the field's bestselling optics reference--an entirely new opus focusing exclusively on fiber-optics. Contains an ultra-handy, comprehensive index to all four Handbook of Optics volumes. |
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Results 1-3 of 85
Page 19-3
... maximum transmitted energy , and damage energy . For example , in some applications , a linear transmit- tance of > 50 percent could be an absolute requirement that cannot be offset by an improvement in protection . In addition , for ...
... maximum transmitted energy , and damage energy . For example , in some applications , a linear transmit- tance of > 50 percent could be an absolute requirement that cannot be offset by an improvement in protection . In addition , for ...
Page 22-48
... maximum external pump power available and the external pump power required to reach the oscillation threshold of the pump laser . 2. If maximum downconverted power is required , regardless of whether it is all usefully extracted , then ...
... maximum external pump power available and the external pump power required to reach the oscillation threshold of the pump laser . 2. If maximum downconverted power is required , regardless of whether it is all usefully extracted , then ...
Page 22-63
... maximum ( FWHM ) spectral and angular acceptance bandwidth of the crystal . Thus , for a given crystal length , the acceptance bandwidths set an upper limit to the maximum allow- able pump linewidth and divergence before parametric gain ...
... maximum ( FWHM ) spectral and angular acceptance bandwidth of the crystal . Thus , for a given crystal length , the acceptance bandwidths set an upper limit to the maximum allow- able pump linewidth and divergence before parametric gain ...
Contents
Fiber Optics | 1-1 |
1 | 1-3 |
Principles of Operation 1 6 | 1-24 |
Copyright | |
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Common terms and phrases
absorption active region applications attenuation band bandgap bandwidth beam bit rate Bragg gratings carrier density cavity channel chirp coefficient collision communication systems components coupler coupling depends detectors devices dispersion effect electroabsorption electroabsorption modulator energy fabrication Fiber Amplifiers fiber-optic FIGURE filters four-wave mixing frequency function gain increases index change input intensity interaction jitter laser diode length Lett light Lightwave limit linear linewidth loss material mode modulation multimode multiplexing noise Nonlinear Optics operating Optical Fiber optical power output parameters phase photodiodes polarization propagation pulse pump Raman scattering ratio receiver reflection refractive index regime relative intensity noise relaxation oscillation resonance result semiconductor lasers shift shot noise shown in Fig signal single-mode fiber soliton spectral spectrum spontaneous emission Stokes switching Technology threshold time-division multiplexing tion transmission transmitted typically VCSELS voltage wave waveguide wavelength wavelength-division multiplexing width