用於400/800 Gbit/sec 乙太網路的高速、高效率的光偵測器

Keyphrases

1. 19th Century 33%
2. Absorber 100%
3. Absorption Layer 66%
4. Absorption Mechanism 33%
5. Active Area 33%
6. Active Carriers 33%
7. Active Windows 33%
8. Advanced Package 33%
9. Backside Alignment 33%
10. Band Gap 33%
11. Cabin 33%
12. Communication Networks 33%
13. Communication Systems 33%
14. Coupling Loss 33%
15. DC Bias Circuit 33%
16. Device Technology 33%
17. Electrical Network 33%
18. Ethernet 100%
19. Ethernet Communication 33%
20. Flip-chip Bonding 33%
21. Heterostructure 33%
22. High Linearity 33%
23. Human Civilization 33%
24. InP Substrate 33%
25. Layer Thickness 33%
26. Novel Design 33%
27. Optical Beams 33%
28. Optical Fiber Communication 33%
29. Optical Fiber Tip 33%
30. P-type 33%
31. Package Technology 33%
32. Photoabsorption 33%
33. Photodetector 33%
34. Photonics 33%
35. Photoreceiver 33%
36. Receiver Module 33%
37. Responsivity 100%
38. Reverse Bias Voltage 33%
39. Revolutionary Change 33%
40. Short-reach 33%
41. Speed Performance 33%
42. Substrate Lens 33%
43. Transimpedance Amplifier 33%
44. Transit Time 33%
45. Type-II Interface 33%
46. UTC-PD 66%

Engineering

1. Absorption Layer 66%
2. Active Area 33%
3. Active Carrier 33%
4. Amplifier 33%
5. Band Gap 33%
6. Bias Voltage 33%
7. Chip Bonding 33%
8. Communication Network 33%
9. Communication System 33%
10. Coupling Loss 33%
11. Fiber Optics 33%
12. Heterojunctions 33%
13. Layer Thickness 33%
14. Photodetector 33%
15. Photodiode 66%
16. Photonics 33%
17. Responsivity 100%
18. Reverse Bias 33%