建構於光子積體迴路技術並應用於頻率調變連續波光達系統的光引擎之開發(1/3)

Keyphrases

1. Avalanche Photodiode 100%
2. M-Layer 55%
3. High Power 50%
4. Lidar System 50%
5. System Application 50%
6. Wide Dynamic Range 40%
7. Electric Field (E-field) 38%
8. Ranging Performance 35%
9. High Dynamic 33%
10. Temporal Quality 33%
11. Ultrahigh Responsivity 33%
12. Single Photon Avalanche Diode 33%
13. Copper Substrate 33%
14. Frequency-modulated Continuous-wave Lidar 33%
15. InAlAs 33%
16. Tensile Strain 33%
17. Vertical Cavity Surface Emitting Laser Array 33%
18. InGaAs 33%
19. High Responsivity 31%
20. Vertical-cavity Surface-emitting Laser (VCSEL) 23%
21. Threshold Current 22%
22. Electroplated Copper 22%
23. Self-heterodyne 22%
24. Top-illuminated 21%
25. Avalanche Process 20%
26. High-speed Transmission 20%
27. Transimpedance Amplifier 17%
28. Composite Charge 16%
29. VCSEL Array 16%
30. High-power Performance 16%
31. Low Dark Current 16%
32. Speed-power 16%
33. High Brightness 16%
34. Efficiency Enhancement 16%
35. Waveguide 16%
36. FMCW LiDAR 16%
37. Charge Transport Layers 16%
38. Gain-bandwidth Product 16%
39. Low Divergence Angle 15%
40. Optical Spectra 15%
41. High Gain 14%
42. Dark Count Rate 13%
43. Electric Field Profile 13%
44. Responsivity 12%
45. Ultra High Gain 12%
46. Dynamic Range 12%
47. High Performance 12%
48. Saturation Current 11%
49. Coherent Receiver 11%
50. Double-crystal 11%
51. Cavity Loss 11%
52. Single Polarization 11%
53. Current Loss 11%
54. Absorber Layer 11%
55. Zinc Diffusion 11%
56. Mode Selectivity 11%
57. X-ray Measurements 11%
58. Laser Micromachining 11%
59. Device Efficiency 11%
60. Fundamental Mode 11%
61. Duty Cycle 11%
62. Intra-cavity 11%
63. Reference Instrument 11%
64. Bias Current 11%
65. Low Loss 11%
66. High Output Power 11%
67. Slope Efficiency 11%
68. Side-mode Suppression Ratio 11%
69. Polarization State 11%
70. Suppression Ratio 11%
71. Single-mode Output 11%
72. Output Performance 11%
73. Lasing Modes 11%
74. Measurement Results 11%
75. Power Vertical 11%
76. LiDAR Image 10%
77. High-power Operation 10%
78. Bandwidth Degradation 10%
79. Optical Alignment 9%
80. Optical Modulation 7%
81. Sweeping 7%
82. Optical Pulse Train 7%
83. Layer Design 7%
84. Modulation Depth 7%
85. Photo-generated 7%
86. Edge Breakdown 7%
87. Downscaling 7%
88. Backlight 7%
89. Single Photon Detection Efficiency 6%
90. Afterpulsing 6%
91. Count Rate Performance 6%
92. Build Time 6%
93. Time-correlated Single-photon Counting (TCSPC) 6%
94. Photodiode Receiver 6%
95. Temporal Features 6%
96. SN Ratio 6%
97. 3D LiDAR 6%
98. Detection Performance 6%
99. Active Area 6%
100. Temporal Response 6%
101. LiDAR 6%
102. Avalanche 6%
103. Small Devices 6%
104. Full Width at Half Maximum 6%
105. Novel Design 6%
106. Power Required 6%
107. Special Design 6%
108. Ni-P 6%
109. Photoreceiver 6%
110. Electric Field Distribution 6%
111. Light Detection 6%
112. Local Oscillator Power 6%
113. Layered Structure 5%
114. Breakdown Phenomena 5%
115. Excellent Performance 5%
116. Performance Characteristics 5%
117. Current Performance 5%
118. High Saturation Power 5%
119. RF Power 5%
120. Mesostructure 5%
121. Electric 5%

Engineering

1. Avalanche Photodiode 100%
2. Responsivity 77%
3. Optical Radar 50%
4. Dynamic Range 48%
5. Electric Field 40%
6. Frequency Modulated Continuous Wave 33%
7. Cavity Surface 33%
8. Copper Substrate 33%
9. Tensile Strain 33%
10. Indium Gallium Arsenide 33%
11. Emitting Laser 33%
12. Gain-Bandwidth Product 25%
13. Amplifier 23%
14. Current Threshold 22%
15. Speed Data 16%
16. Waveguide 16%
17. Transmissions 16%
18. Absorber Layer 16%
19. Divergence Angle 16%
20. Optical Spectrum 16%
21. Optical Modulation 15%
22. Led Process 15%
23. Coherent Receiver 11%
24. Ray Measurement 11%
25. Cavity Loss 11%
26. Side Output 11%
27. Fundamental Mode 11%
28. Duty Cycle 11%
29. Polarization State 11%
30. Output Power 11%
31. Lasing Mode 11%
32. Performance Output 11%
33. Layer Structure 10%
34. Data Rate 8%
35. Speed Transmission 8%
36. Fits and Tolerances 8%
37. Chip Bonding 8%
38. Time-Correlated Single Photon Counting 8%
39. Back Side 8%
40. Electrical Bandwidth 8%
41. Current Output 8%
42. Active Area 8%
43. Detection Performance 8%
44. Light Detection and Ranging 8%
45. Field Distribution 8%
46. Layer Design 7%
47. Optical Pulse 7%
48. Pulse Train 7%
49. Local Oscillator 6%
50. Free Space 5%
51. Photon Density 5%
52. Plug Efficiency 5%
53. Single Element 5%
54. Signal Modulation 5%
55. Dilution 5%
56. Eye Opening 5%
57. Maximum Output Power 5%
58. Light Source 5%
59. Output Pattern 5%
60. Limited Bandwidth 5%
61. Performance Characteristic 5%