結構波與微波光電科技之未來通訊應?-用於光子-毫米波無線通信系統的高速、寬頻、並可產生毫米波角動量模態的光電發射器之開發(子計畫二)(3/3)

Keyphrases

1. 4-level Pulse Amplitude Modulation (PAM-4) 33%
2. 6G Networks 16%
3. 75-110 GHz 16%
4. Active Windows 33%
5. Antenna Design 16%
6. Avalanche Photodiode 100%
7. Bandwidth Capacity 33%
8. Coherent Communications 33%
9. Communication Efficiency 16%
10. Communications-based 100%
11. Coupling Loss 16%
12. Dark Current 33%
13. Dark Current Characteristic 33%
14. Dimension Space 16%
15. Electrical Bandwidth 33%
16. Excellent Performance 33%
17. Free Space 33%
18. Gain-bandwidth Product 66%
19. GHz Band 16%
20. Heat Sink 16%
21. High Dynamic 100%
22. High Power 100%
23. High Responsivity 66%
24. High Saturation Power 33%
25. High-power Performance 16%
26. High-power Photodiode 33%
27. Hybrid Absorber 16%
28. Impedance Matching Circuit 16%
29. Large Gain 33%
30. Layer Design 33%
31. Low Dark Current 66%
32. Low Loss 16%
33. M-Layer 66%
34. Mesostructure 50%
35. Millimeter Wave 16%
36. Millimeter Wave Systems 16%
37. Millimeter-wave over Fiber (MMWoF) 100%
38. Millimeter-wave Signal 33%
39. Millimeter-wave Transmission 16%
40. Millimeter-wave Wireless 16%
41. Mode multiplexing 16%
42. Multiplexing 16%
43. Multiplexing Technique 16%
44. Next-generation Wireless 16%
45. Optical Fiber 16%
46. Optical Transmitters 100%
47. Optical Wireless Communication 100%
48. Orbital Angular Momentum 100%
49. Orbital Angular Momentum Antenna 33%
50. Orbital Angular Momentum Mode 100%
51. Orbital Angular Momentum multiplexing 16%
52. Photodiode 50%
53. Photodiode Structures 33%
54. Photonics 16%
55. Point-to-point Radio 16%
56. Power Bandwidth 100%
57. Propagation Loss 16%
58. Radio over Fiber System 16%
59. Ranging Performance 100%
60. Responsivity 16%
61. Saturation Current 33%
62. Sensitivity Performance 33%
63. Sink Area 16%
64. Spatial Mode 16%
65. Speed-power 33%
66. Taiwan 16%
67. Top-illuminated 100%
68. Transmission System 16%
69. Transmitter Module 16%
70. Ultrafast 16%
71. Waveguide 16%
72. Wide Bandwidth 100%
73. Wide Dynamic Range 100%
74. Wireless Communication Systems 16%
75. Wireless Power Transfer System 33%
76. Wireless Transmission 33%

Engineering

1. Antenna 25%
2. Avalanche Photodiode 100%
3. Communication System 16%
4. Coupling Loss 8%
5. Dynamic Range 100%
6. Electrical Bandwidth 33%
7. Free Space 16%
8. Front End 8%
9. Gain-Bandwidth Product 66%
10. Layer Design 33%
11. Low-Loss Optical Fiber 8%
12. Matching Circuit 8%
13. Millimeter Wave 100%
14. Multiplexing 25%
15. Orbital Angular Momentum 100%
16. Orthogonal Multiple 8%
17. Photodiode 41%
18. Photonics 100%
19. Propagation Loss 8%
20. Redesign 8%
21. Responsivity 75%
22. Waveguide 8%
23. Wireless Communication 100%