微波及毫米波量測儀器系統之高性能前端積體電路開發(2/3)

Keyphrases

1. V-band 100%
2. 90-nm CMOS Technology 54%
3. Sampling Rate 52%
4. Injection Locking 52%
5. Frequency Locked Loops 52%
6. Quadrature Error 47%
7. Injection-locked Frequency Divider 47%
8. Source Follower 47%
9. Current Reuse Topology 47%
10. Double-pole Double-throw 47%
11. GaAs Process 47%
12. Track-and-hold Amplifier 47%
13. Low Phase Noise 47%
14. Rate Enhancement 47%
15. Enhancement Techniques 47%
16. Quadrature 47%
17. Quadrature Voltage-controlled Oscillator 47%
18. Gallium Arsenide 47%
19. Nonlinear Enhancement 47%
20. Traveling Wave 47%
21. Low Loss 47%
22. High Isolation 47%
23. Track-and-hold 36%
24. Insertion Loss 32%
25. Spurious-free Dynamic Range 32%
26. Total Harmonic Distortion 32%
27. 3-dB Bandwidth 31%
28. Locking Range 30%
29. Phase Noise 24%
30. Integrated Circuits 23%
31. Measurement Instrument 23%
32. High Performance 23%
33. Millimeter Wave Measurements 23%
34. Injection Current 19%
35. Source Injection 19%
36. Division Ratio 19%
37. Current Mode Logic 19%
38. Power Consumption 17%
39. Dependent Inputs 15%
40. Even Harmonics 15%
41. Differential Topology 15%
42. Timing Jitter 15%
43. Input Bandwidth 15%
44. High-speed Communication 15%
45. Distributed Source 15%
46. Ring-like Structures 15%
47. InP HEMT 15%
48. Output Buffer 15%
49. A-ring 15%
50. Broadband Circuits 15%
51. Distributed Amplifier 15%
52. Chip Size 15%
53. Input Buffer 15%
54. Communication Systems 15%
55. Enhancement-mode (E-mode) 15%
56. Amplitude Error 13%
57. Subharmonics 13%
58. Phase Error 13%
59. Jitter 10%
60. Input Power 9%
61. Power Increase 9%
62. Excellent Sensitivity 9%
63. Millimeter Wave 9%
64. Frequency Division multiplexing 9%
65. Frequency Divider 9%
66. Wide Locking Range 9%
67. Cascode 9%
68. Divide-by-5 9%
69. High Division 9%
70. Divide-by-2 9%
71. Integrated Module 7%
72. Millimeter Wave Instruments 7%
73. Front-end Module 7%
74. Transformer Coupled 6%
75. Quality Robustness 6%
76. Excellent Performance 6%
77. Non-minimum Phase 6%
78. Control Voltage 6%
79. Injection Technique 6%
80. Self-injection 6%
81. CMOS Process 6%
82. Quadrature Phase 6%
83. Performance Robustness 6%
84. Operation Frequency 6%

Engineering

1. Gallium Arsenide 95%
2. V-Band 65%
3. Locked Loop 54%
4. Sampling Rate 51%
5. Phase Noise 51%
6. Millimeter Wave 47%
7. Amplifier 47%
8. Voltage-Controlled Oscillator 47%
9. Current Injection 47%
10. Traveling Wave 47%
11. Insertion Loss 32%
12. Electric Power Utilization 30%
13. Db Bandwidth 27%
14. Dynamic Range 23%
15. Frequency Division 23%
16. Input Power 23%
17. Total Harmonic Distortion 23%
18. Integrated Circuit 23%
19. Phase Error 17%
20. Communication System 15%
21. Harmonics 11%
22. Domain Measurement 6%
23. Prior Art 6%
24. Frequency Operation 6%