應用於5G小型基地站寬信號頻寬高線性度低記憶效應之功率放大器與發射機研究(3/3)

Keyphrases

1. Power Amplifier 100%
2. GaAs-IPD 50%
3. IPD Technology 50%
4. 5G NR 50%
5. Power Added Efficiency 41%
6. High Efficiency 37%
7. Modulated Signal 36%
8. Doherty 31%
9. Quasi-MMIC 31%
10. N79 Band 31%
11. 5G NR FR1 30%
12. SiC Technology 30%
13. Peak Power 28%
14. Saturation Power 28%
15. Signal Bandwidth 25%
16. Memory Effect 25%
17. RF Power Amplifier 25%
18. Continuous Class-F Mode 25%
19. High Linearity 25%
20. Power Transmitter 25%
21. Continuous Classes 25%
22. N77 Band 25%
23. N78 Band 25%
24. Silicon Carbide 25%
25. 5G Small Cell 25%
26. Gallium Nitride 25%
27. Low Memory 25%
28. Power Amplifier Design 25%
29. High Cost 25%
30. MMIC Power Amplifiers 25%
31. 256-QAM 23%
32. Average Output Power 23%
33. Semiconductors 23%
34. Error Vector Magnitude 23%
35. Power Bandwidth 22%
36. Power Gain 22%
37. Chip-on-board 21%
38. Bond Wire 21%
39. RF Transmitter 18%
40. Transmitter 18%
41. High-efficiency Operation 17%
42. High Power 17%
43. Wideband Operation 17%
44. Output Matching Network 17%
45. Tracking Technology 12%
46. Printed Circuit Board 12%
47. Digital Predistortion 12%
48. Average Power Tracking 12%
49. Error Vector 12%
50. GaN Power Device 12%
51. Design Flow 6%
52. Transmitter chip 6%
53. BAW Filters 6%
54. Adjacent Channel Power Ratio 6%
55. Power Efficiency 6%
56. Root Mean Square 6%
57. Predistortion Techniques 6%
58. GHz Band 6%
59. Doherty Power Amplifier 6%
60. GHz Range 6%
61. Assembly Technology 6%
62. High-power Amplifier 6%
63. DC to DC Converter 6%
64. Small Base Station 6%
65. High Power Added Efficiency 6%
66. Bias Circuit 6%
67. Wi-Fi 6E 6%
68. Circuit Modulation 6%
69. Thermal Memory Effect 6%
70. Transmitter Module 6%
71. Wide Bandwidth 6%
72. Stacked Power Amplifier 6%
73. 5th Generation Mobile Communication 6%
74. Power Level 6%
75. Thermoelectric Properties 6%
76. Power Detector 6%
77. Handheld Devices 6%
78. Heat Dissipation 6%
79. Small-cell Base Stations 6%
80. 3-dB Bandwidth 6%
81. First Year 6%
82. CMOS Process 6%
83. Wideband 6%
84. High Integration 6%
85. Quasi-monolithic 5%
86. Monolithic Microwave Integrated Circuit 5%
87. Integrated Circuit Design 5%
88. Power Output 5%
89. Cost Reduction 5%

Engineering

1. Power Amplifier 100%
2. Gallium Arsenide 50%
3. Power Added Efficiency 40%
4. Signal Modulation 31%
5. Error Vector 31%
6. Monolithic Microwave Integrated Circuits 30%
7. Output Power 25%
8. Peak Power 25%
9. Memory Effect 25%
10. Signal Bandwidth 25%
11. Nitride 25%
12. Power Gain 20%
13. Power Bandwidth 20%
14. Matching Network 16%
15. Printed Circuit Board 10%
16. Average Power 10%
17. Basestation 10%
18. D.C. To D.C. Converter 5%
19. High Power Amplifier 5%
20. Db Bandwidth 5%
21. Mobile Communication 5%
22. Design Flow 5%
23. Channel Power 5%
24. Power Level 5%
25. Power Ratio 5%
26. Adjacent Channel 5%
27. Amplifier 5%
28. Heat Losses 5%
29. Root Mean Square 5%
30. Power Detector 5%
31. Doherty Power Amplifier 5%