A 3 dB multimode interference (MMI) coupler optimised for low reflections is presented. The MMI was designed, fabricated and characterised. For comparison, MMIs with non-optimised layout have been included on the same sample. The measurement results show a reduction in reflectivities of more than 10 dB
Parasitic reflections can deteriorate the performance of a photonic integrated circuit. This is espe...
Parasitic reflections can deteriorate the performance of a photonic integrated circuit. This is espe...
Parasitic reflections can deteriorate the performance of a photonic integrated circuit. This is espe...
A 3 dB multimode interference (MMI) coupler optimised for low reflections is presented. The MMI was ...
A 3 dB multimode interference (MMI) coupler optimised for low reflections is presented. The MMI was ...
A 3 dB multimode interference (MMI) coupler optimised for low reflections is presented. The MMI was ...
A 3 dB multimode interference (MMI) coupler optimised for low reflections is presented. The MMI was ...
A 3 dB multimode interference (MMI) coupler optimised for low reflections is presented. The MMI was ...
A 3 dB multimode interference (MMI) coupler optimised for low reflections is presented. The MMI was ...
A designed 3 dB Multimode Interference (MMI) coupler optimized for low reflections is presented. The...
A designed 3 dB Multimode Interference (MMI) coupler optimized for low reflections is presented. The...
A designed 3 dB Multimode Interference (MMI) coupler optimized for low reflections is presented. The...
Parasitic reflections can deteriorate the performance of a photonic integrated circuit. This is espe...
Parasitic reflections can deteriorate the performance of a photonic integrated circuit. This is espe...
Parasitic reflections can deteriorate the performance of a photonic integrated circuit. This is espe...
Parasitic reflections can deteriorate the performance of a photonic integrated circuit. This is espe...
Parasitic reflections can deteriorate the performance of a photonic integrated circuit. This is espe...
Parasitic reflections can deteriorate the performance of a photonic integrated circuit. This is espe...
A 3 dB multimode interference (MMI) coupler optimised for low reflections is presented. The MMI was ...
A 3 dB multimode interference (MMI) coupler optimised for low reflections is presented. The MMI was ...
A 3 dB multimode interference (MMI) coupler optimised for low reflections is presented. The MMI was ...
A 3 dB multimode interference (MMI) coupler optimised for low reflections is presented. The MMI was ...
A 3 dB multimode interference (MMI) coupler optimised for low reflections is presented. The MMI was ...
A 3 dB multimode interference (MMI) coupler optimised for low reflections is presented. The MMI was ...
A designed 3 dB Multimode Interference (MMI) coupler optimized for low reflections is presented. The...
A designed 3 dB Multimode Interference (MMI) coupler optimized for low reflections is presented. The...
A designed 3 dB Multimode Interference (MMI) coupler optimized for low reflections is presented. The...
Parasitic reflections can deteriorate the performance of a photonic integrated circuit. This is espe...
Parasitic reflections can deteriorate the performance of a photonic integrated circuit. This is espe...
Parasitic reflections can deteriorate the performance of a photonic integrated circuit. This is espe...
Parasitic reflections can deteriorate the performance of a photonic integrated circuit. This is espe...
Parasitic reflections can deteriorate the performance of a photonic integrated circuit. This is espe...
Parasitic reflections can deteriorate the performance of a photonic integrated circuit. This is espe...