b) ) What is the maximum core size allowed for single mode operation? Answer:

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b) i) What is the maximum core size allowed for single mode operation?
Answer:
c) Calculate the acceptance angle for light entering the waveguide core if it is surrounded by air.
c) ) Outline the steps required to calculate the answer including the number(s) of equations(s) used and
intermediate results.
c) i) What is the acceptance angle from air?
Answer:
c) i) What would the acceptance angle be if the slab were immersed in oil with noa = 1.30.
Answer:
Transcribed Image Text:b) i) What is the maximum core size allowed for single mode operation? Answer: c) Calculate the acceptance angle for light entering the waveguide core if it is surrounded by air. c) ) Outline the steps required to calculate the answer including the number(s) of equations(s) used and intermediate results. c) i) What is the acceptance angle from air? Answer: c) i) What would the acceptance angle be if the slab were immersed in oil with noa = 1.30. Answer:
4. A slab waveguide has a 50 um core thickness, d, with ny = 1.480 and n2 = 1.465.
a) Calculate the number af modes that will propagate in this waveguide at 1550 nm.
a) ) Outline the steps required to calculate the answer including the number(s) of equations(s) used and
intermediate results.
a) i) How many modes will propagate in this waveguide at 1550 nm?
Answer:
b) How small would the core need to be to make the slab WG single mode (SM)?
b) ) Outline the steps required to calculate the answer including the number(s) of equations(s) used and
intermediate results.
Transcribed Image Text:4. A slab waveguide has a 50 um core thickness, d, with ny = 1.480 and n2 = 1.465. a) Calculate the number af modes that will propagate in this waveguide at 1550 nm. a) ) Outline the steps required to calculate the answer including the number(s) of equations(s) used and intermediate results. a) i) How many modes will propagate in this waveguide at 1550 nm? Answer: b) How small would the core need to be to make the slab WG single mode (SM)? b) ) Outline the steps required to calculate the answer including the number(s) of equations(s) used and intermediate results.
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