1 / 46

Integrated photonic beamformer employing continuously tunable ring resonator-based delays in CMOS-compatible LPCVD wav

MWP

jacob
Télécharger la présentation

Integrated photonic beamformer employing continuously tunable ring resonator-based delays in CMOS-compatible LPCVD wav

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript

    2. MWP MWP in PAAs SMART Conclusions Questions

    3. MWP MWP in PAAs SMART Conclusions Questions

    4. MWP MWP in PAAs SMART Conclusions Questions 1. Introduction: Smart antenna

    5. MWP MWP in PAAs SMART Conclusions Questions 1. Beamforming: Uniform line array

    6. MWP MWP in PAAs SMART Conclusions Questions 1. Beamforminh: Delay-sum

    7. MWP MWP in PAAs SMART Conclusions Questions 1. Beamforming: Similar to FIR filter

    8. MWP MWP in PAAs SMART Conclusions Questions 1. Beamforming: Narrowband

    9. MWP MWP in PAAs SMART Conclusions Questions 1. Beamforming: Narrowband phased array

    10. MWP MWP in PAAs SMART Conclusions Questions 1. Beamforming: FFT implementation

    11. MWP MWP in PAAs SMART Conclusions Questions 1. Beamforming: FFT implementation

    12. MWP MWP in PAAs SMART Conclusions Questions 1. Beamforming: Examples

    13. MWP MWP in PAAs SMART Conclusions Questions 1. Examples: Electronic beamforming

    14. MWP MWP in PAAs SMART Conclusions Questions 1. Examples: Electronic beamforming

    15. MWP MWP in PAAs SMART Conclusions Questions 1. Examples: Electronic beamforming

    16. MWP MWP in PAAs SMART Conclusions Questions 1. Examples: Digital beamforming

    17. MWP MWP in PAAs SMART Conclusions Questions 1. Examples: Digital beamforming

    18. MWP MWP in PAAs SMART Conclusions Questions 1. Examples: Digital beamforming

    19. MWP MWP in PAAs SMART Conclusions Questions 1. Examples: Optical beamforming

    20. MWP MWP in PAAs SMART Conclusions Questions 1. Int: aose

    21. MWP MWP in PAAs SMART Conclusions Questions 1. Introduction: aim and purpose

    22. MWP MWP in PAAs SMART Conclusions Questions 1. Introduction: specific targets

    23. MWP MWP in PAAs SMART Conclusions Questions 2. System overview & requirements

    24. MWP MWP in PAAs SMART Conclusions Questions 3. Optical beamformer: overview

    25. MWP MWP in PAAs SMART Conclusions Questions 3. Optical beamformer: ORR-based delays Periodic transfer function; Flat magnitude response. Phase transition around resonance frequency; Bell-shaped group delay response; Trade-off: delay vs. bandwidth

    26. MWP MWP in PAAs SMART Conclusions Questions 3. Optical beamformer: ORR-based delays Rippled group delay response; Enhanced bandwidth; Trade-off: delay vs. bandwidth vs. delay ripple vs. no. rings;

    27. MWP MWP in PAAs SMART Conclusions Questions 3. Optical beamformer: 8x1 OBFN

    28. MWP MWP in PAAs SMART Conclusions Questions 3. Optical beamformer: chip fabrication

    29. MWP MWP in PAAs SMART Conclusions Questions 3. Optical beamformer: chip fabrication

    30. MWP MWP in PAAs SMART Conclusions Questions 3. Optical beamformer: 8x1 OBFN chip

    31. MWP MWP in PAAs SMART Conclusions Questions 3. Optical beamformer: OBFN control block

    32. MWP MWP in PAAs SMART Conclusions Questions 3. Optical beamformer: OBFN measurements

    33. MWP MWP in PAAs SMART Conclusions Questions 3. Optical beamformer: E/O and O/E conversion

    34. MWP MWP in PAAs SMART Conclusions Questions 3. Optical beamformer: E/O and O/E conversion

    35. MWP MWP in PAAs SMART Conclusions Questions 3. Optical beamformer: E/O and O/E conversion

    36. MWP MWP in PAAs SMART Conclusions Questions 3. Optical beamformer: E/O and O/E conversion

    37. MWP MWP in PAAs SMART Conclusions Questions 3. Optical beamformer: E/O and O/E conversion

    38. MWP MWP in PAAs SMART Conclusions Questions 3. Optical beamformer: E/O and O/E conversion

    39. MWP MWP in PAAs SMART Conclusions Questions 3. Optical beamformer: E/O and O/E conversion

    40. MWP MWP in PAAs SMART Conclusions Questions 3. Optical beamformer: E/O and O/E conversion

    41. MWP MWP in PAAs SMART Conclusions Questions 3. Optical beamformer: E/O and O/E conversion

    42. MWP MWP in PAAs SMART Conclusions Questions 3. Optical beamformer: E/O and O/E conversion

    43. MWP MWP in PAAs SMART Conclusions Questions 3. Optical beamformer: E/O and O/E conversion

    44. MWP MWP in PAAs SMART Conclusions Questions 3. Optical beamformer: E/O and O/E conversion

    45. MWP MWP in PAAs SMART Conclusions Questions 3. Optical beamformer: E/O and O/E conversion

    46. MWP MWP in PAAs SMART Conclusions Questions 3. Optical beamformer: Conclusions

More Related