應用於小型無人飛行載具之W頻段雷達前端積體電路研製(3/3)

Keyphrases

1. Nonlinear Analysis 83%
2. Stability Evaluation 83%
3. Quadrature Voltage-controlled Oscillator 83%
4. Frequency Tracking Loop 83%
5. Injection Locking 83%
6. Low Noise Amplifier 83%
7. 65nm CMOS 83%
8. Rectenna 83%
9. Low Jitter 83%
10. IoT Applications 83%
11. Heterojunction Bipolar Transistors 83%
12. High Electron Mobility Transistor 83%
13. V-band 83%
14. Stacked Power Amplifier 83%
15. Injection-locked Frequency Divider 83%
16. Low DC Power 83%
17. Wide Locking Range 83%
18. Gallium Arsenide 83%
19. Transformer Coupling 83%
20. Dual-linear Polarization 55%
21. CMOS Process 48%
22. Jitter 41%
23. Phase Noise 41%
24. Stacked Transistors 33%
25. Common Gate 33%
26. Range Sensitivity 27%
27. Polarized Antenna 27%
28. Injector 27%
29. Input Power 27%
30. DC Bias 27%
31. Oscillation 27%
32. Excellent Sensitivity 27%
33. Rectifier 27%
34. Current Reuse 27%
35. Locking Range 27%
36. 90-nm CMOS Technology 27%
37. Powers of 5 27%
38. Division Ratio 27%
39. High Division 27%
40. Subharmonics 20%
41. Quadrature Error 20%
42. Power Output 20%
43. Control Voltage 20%
44. Quadrature Accuracy 20%
45. Locking Frequency 20%
46. Self-injection 20%
47. Coupling Method 20%
48. Fractional Bandwidth 20%
49. Microwave Oscillations 16%
50. GaAs pHEMT Process 16%
51. Minimum Noise Figure 16%
52. Nonlinear Stability Analysis 16%
53. 1-dB Compression Point 16%
54. Capacitance Model 16%
55. Small-signal Gain 16%
56. Common-source Stage 16%
57. Linear Circuits 16%
58. Nonlinear Circuits 16%
59. Low Frequency Oscillation 16%
60. Stability Analysis 16%
61. 3-dB Bandwidth 16%
62. Interstage 16%
63. Common-source Amplifier 16%
64. Common Emitter Configuration 16%
65. Common-emitter 16%
66. Maximum Output Power 16%
67. Common Base 16%
68. Power Performance 16%
69. Power Added Efficiency 16%
70. Chip Size 16%
71. Maximum Power 16%
72. High Output 16%
73. Power Amplifier 16%
74. DC-DC Power Conversion 13%
75. Polarized Cells 13%
76. Two-port 13%
77. Incident Wave 13%
78. RF Power 13%
79. Power Conversion Efficiency 13%
80. RF-DC 13%
81. Received Power 13%
82. Hexahedron 13%
83. Power Density 13%

Engineering

1. Gallium Arsenide 100%
2. Coupling Transformer 83%
3. V-Band 83%
4. Bipolar Transistor 83%
5. Power Amplifier 83%
6. Polarized Antenna 83%
7. Voltage-Controlled Oscillator 83%
8. Heterojunctions 83%
9. Tracking Loop 83%
10. Internet-Of-Things 83%
11. Nonlinear Analysis 83%
12. Multistage 83%
13. Low Noise Amplifier 83%
14. Power Conversion Efficiency 41%
15. Phase Noise 41%
16. Incident Wave 41%
17. Received Power 41%
18. Power Density 41%
19. Stability Analysis 33%
20. Input Power 27%
21. Fractional Bandwidth 20%
22. Output Power 20%
23. Power Added Efficiency 16%
24. Amplifier 16%
25. Maximum Output Power 16%
26. Linear Circuit 16%
27. Db Compression Point 16%
28. Db Bandwidth 16%
29. Nonlinear Circuit 16%
30. Signal Gain 16%
31. Simulated Result 16%
32. Measured Output 16%
33. Noise Figure 16%