通訊應用矽晶光電同調收發模組之研究－通訊應用矽晶光電同調收發模組之研究(1/4)

Engineering & Materials Science

1. Phase shifters 100%
2. Bipolar transistors 86%
3. Amplitude modulation 67%
4. Silicon photonics 62%
5. Surface emitting lasers 60%
6. High temperature operations 59%
7. Foundries 48%
8. Modulators 43%
9. Optical waveguides 36%
10. Oxides 36%
11. Plasmas 35%
12. Modulation 32%
13. Refractive index 32%
14. Electric power utilization 31%
15. Electric potential 28%
16. Mach number 27%
17. Bandwidth 26%
18. Laser resonators 24%
19. Capacitance 24%
20. Fibers 19%
21. Bias currents 18%
22. Amplitude shift keying 17%
23. Temperature 16%
24. Scattering parameters 16%
25. Insertion losses 14%
26. Equivalent circuits 13%
27. Transmitters 11%
28. Signal processing 11%
29. Phase shift 11%
30. Diodes 9%

Physics & Astronomy

1. junction transistors 58%
2. foundries 55%
3. bipolar transistors 45%
4. surface emitting lasers 44%
5. platforms 35%
6. apertures 32%
7. bandwidth 29%
8. photonics 29%
9. oxides 26%
10. cavities 25%
11. room temperature 23%
12. electric potential 22%
13. silicon 22%
14. capacitance 22%
15. keying 17%
16. fibers 15%
17. laser cavities 14%
18. equivalent circuits 14%
19. transmitters 13%
20. signal processing 13%
21. optical waveguides 10%
22. phase shift 8%
23. augmentation 8%
24. diodes 7%
25. saturation 7%
26. refractivity 7%
27. scattering 7%
28. output 6%
29. propagation 6%
30. performance 6%