Fiber Cou­pling, Fiber Mode Sources, and Pro­pa­ga­tion Through Fibers

3 Febru­ary 2021
10:00 – 11:00 and 18:00 – 19:00 (CET)

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Vir­tual­Lab Fusion comes with new fea­tures for the mode­ling and design of sys­tems for fiber optics. Based on line­arly pola­ri­zed (LP) modes and Gaus­sian-Laguerre sol­ver tech­ni­ques, we present:

• The fiber source, which emits cus­to­mer-sel­ec­ted weigh­ted fiber modes,
• The fiber cou­pling effi­ci­ency detec­tors, which pro­vide the effi­ci­ency of the power trans­fer­red into multi-mode and sin­gle-mode fibers,
• The fiber com­po­nent, which enables the pro­pa­ga­tion of elec­tro­ma­gne­tic fields through fibers.

These new fea­tures signi­fi­cantly extend the phy­si­cal-optics mode­ling and design capa­bi­lity of Vir­tual­Lab Fusion for fiber optics appli­ca­ti­ons. This is demons­tra­ted by examp­les such as:

• Inves­ti­ga­ting the aberra­tion effects on the fiber modes in the focal region,
• Ana­ly­zing the field pro­pa­ga­tion through an opti­cal sys­tem with fiber components,
• Pre­sen­ting a com­plete design work­flow of the cou­pling sys­tem of eit­her sin­gle-mode or multi-mode fiber, inclu­ding lens sys­tem design and tole­rance analysis.

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