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What is your laser's (continuous wave, nanosecond, or femtosecond)?
SNLO includes a database of over 50 (up to 150+ in newer versions) nonlinear crystals, such as BBO, KTP, and LBO.
Whether you prefer or quasi-phase-matched (PPLN, PPKTP) crystals. Share public link
: Design a visible-pumped OPA: 400 nm pump → signal (600–700 nm) + idler (900–1100 nm). crystal nonlinear optics with snlo examples pdf
LBO is prized for its very high damage threshold, small walk-off, and non-critical phase-matching (NCPM) capabilities. NCPM, where the interaction direction is along a principal axis, eliminates walk-off and greatly increases angular acceptance.
Using the natural anisotropy of crystals to balance dispersion by choosing specific propagation angles and polarizations (Type I or Type II).
Use modules to find the balance point before back-conversion begins. Walk-off Angle ( ) What is your laser's (continuous wave, nanosecond, or
Click . The software computes the required poling period. Poling Period ( Λcap lambda ):
Δk=k3−k2−k1=0delta k equals k sub 3 minus k sub 2 minus k sub 1 equals 0
Which (SHG, SFG, or OPO) or target output wavelength are you trying to achieve? Share public link : Design a visible-pumped OPA:
To help tailor this design information to your specific system, let me know:
are the second- and third-order nonlinear susceptibilities. Crystal nonlinear optics primarily focuses on χ(2)chi raised to the open paren 2 close paren power
Example 1: Finding Phase-Matching Angles for 1064 nm SHG in BBO
The two lower-frequency waves have orthogonal polarizations (e.g., Quasi-Phase Matching (QPM)