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Advanced Physics please solve in 55 minutes, i will give you three likes 4. Part of an integrated photonics circuit is shown in Figure 2. All of the 90-degree waveguide bends have a radius of R = 100 um. 10 mW is injected into the input of the 2x2 50/50 splitter. a) What is the optical power in dBm at points A and B?

Advanced Physics please solve in 55 minutes, i will give you three likes 4. Part of an integrated photonics circuit is shown in Figure 2. All of the 90-degree waveguide bends have a radius of R = 100 um. 10 mW is injected into the input of the 2x2 50/50 splitter. a) What is the optical power in dBm at points A and B?

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Advanced Physics please solve in 55 minutes, i will give you three likes 4. Part of an integrated photonics circuit is shown in Figure 2. All of the 90-degree waveguide bends have a radius of R = 100 um. 10 mW is injected into the input of the 2x2 50/50 splitter. a) What is the optical power in dBm at points A and B? b) The optical power at point C is measured to be 3.74 mW. What is the waveguide loss in this optical circuit (in dB/cm) and what is the output power at point D in dBm? R R R 50/50 Input Figure 2
Transcribed Image Text:Advanced Physics please solve in 55 minutes, i will give you three likes 4. Part of an integrated photonics circuit is shown in Figure 2. All of the 90-degree waveguide bends have a radius of R = 100 um. 10 mW is injected into the input of the 2x2 50/50 splitter. a) What is the optical power in dBm at points A and B? b) The optical power at point C is measured to be 3.74 mW. What is the waveguide loss in this optical circuit (in dB/cm) and what is the output power at point D in dBm? R R R 50/50 Input Figure 2
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