Antenna Magus

Июль 24, 2022

Содержание

2. Microstrip Franklin Array Antenna 5 : Results
3. Microstrip Franklin Array Antenna 5 : sketches, objectives and parameters
4. Antenna Structure: Antenna Parameters
5. Antenna Structure: Antenna Parameters (2)
6. Sketches Top view Top view
7. Sketches (2) Side view
8. P_GSM-900 Base station (RX) 2: Preview
9. P_GSM-900 Base station (RX) 2: Front Side Preview
10. P_GSM-900 Base station (RX) 2: Left Side Preview
11. P_GSM-900 Base station (RX) 2: Right Side Preview
12. P_GSM-900 Base station (RX) 2: Top Side Preview
13. P_GSM-900 Base station (RX) 2: Bottom Side Preview
14. P_GSM-900 Base station (RX) 2: Design Objectives Objective Group: operating frequency (6 element array)
15. P_GSM-900 Base station (RX) 2: Physical Parameters
16. P_GSM-900 Base station (RX) 2: Derived Quantities
17. Microstrip Franklin Array Antenna 5 : estimated performance charts
18. Impedance vs Frequency
19. Impedance vs Frequency
20. Impedance vs Frequency Reflection coefficient (20log|Γ|)
21. Impedance vs Frequency
22. Impedance vs Frequency VSWR
23. Far Field vs Frequency
24. Far Field vs Frequency
25. Far Field vs Frequency
26. Far Field vs Frequency
27. Far Field vs Frequency
28. Far Field vs Frequency
29. Far Field vs Frequency
30. Far Field vs Angle (E-plane)
31. Far Field vs Angle (E-plane) Gain (Total)
32. Far Field vs Angle (E-plane)
33. Far Field vs Angle (E-plane) Gain (LHC)
34. Far Field vs Angle (E-plane)
35. Far Field vs Angle (E-plane) Gain (RHC)
36. Far Field vs Angle (E-plane)
37. Far Field vs Angle (E-plane) Gain (Vertical)
38. Far Field vs Angle (E-plane)
39. Far Field vs Angle (E-plane) Axial Ratio (Handed)
40. Far Field vs Angle (E-plane)
41. Far Field vs Angle (E-plane) Axial Ratio (IEEE)
42. Far Field vs Angle (E-plane)
43. Far Field vs Angle (E-plane) Ludwig III (Co)
44. Far Field vs Angle (E-plane)
45. Far Field vs Angle (E-plane) Ludwig III (Cross)
46. Far Field vs Angle (H-plane)
47. Far Field vs Angle (H-plane) Gain (Total)
48. Far Field vs Angle (H-plane)
49. Far Field vs Angle (H-plane) Gain (LHC)
50. Far Field vs Angle (H-plane)
51. Far Field vs Angle (H-plane) Gain (RHC)
52. Far Field vs Angle (H-plane)
53. Far Field vs Angle (H-plane) Gain (Horizontal)
54. Far Field vs Angle (H-plane)
55. Far Field vs Angle (H-plane) Gain (Vertical)
56. Far Field vs Angle (H-plane)
57. Far Field vs Angle (H-plane) Axial Ratio (Handed)
58. Far Field vs Angle (H-plane)
59. Far Field vs Angle (H-plane) Axial Ratio (IEEE)
60. Far Field vs Angle (H-plane)
61. Far Field vs Angle (H-plane) Ludwig III (Co)
62. Far Field vs Angle (H-plane)
64. Скачать презентацию

Слайд 2

Microstrip Franklin Array
Antenna 5 : Results

Слайд 3

Microstrip Franklin Array
Antenna 5 : sketches, objectives and parameters

Слайд 4

Antenna Structure: Antenna Parameters

Слайд 5

Antenna Structure: Antenna Parameters (2)

Слайд 6

Sketches
Top view
Top view

Слайд 7

Sketches (2)
Side view

Слайд 8

P_GSM-900 Base station (RX) 2: Preview

Слайд 9

P_GSM-900 Base station (RX) 2: Front Side Preview

Слайд 10

P_GSM-900 Base station (RX) 2: Left Side Preview

Слайд 11

P_GSM-900 Base station (RX) 2: Right Side Preview

Слайд 12

P_GSM-900 Base station (RX) 2: Top Side Preview

Слайд 13

P_GSM-900 Base station (RX) 2: Bottom Side Preview

Слайд 14

P_GSM-900 Base station (RX) 2: Design Objectives
Objective Group: operating frequency

(6 element array)

Слайд 15

P_GSM-900 Base station (RX) 2: Physical Parameters

Слайд 16

P_GSM-900 Base station (RX) 2: Derived Quantities

Слайд 17

Microstrip Franklin Array
Antenna 5 : estimated performance charts

Слайд 18

Impedance vs Frequency

Слайд 19

Impedance vs Frequency

Слайд 20

Impedance vs Frequency
Reflection coefficient (20log|Γ|)

Слайд 21

Impedance vs Frequency

Слайд 22

Impedance vs Frequency
VSWR

Слайд 23

Far Field vs Frequency

Слайд 24

Far Field vs Frequency

Слайд 25

Far Field vs Frequency

Слайд 26

Far Field vs Frequency

Слайд 27

Far Field vs Frequency

Слайд 28

Far Field vs Frequency

Слайд 29

Far Field vs Frequency

Слайд 30

Far Field vs Angle (E-plane)

Слайд 31

Far Field vs Angle (E-plane)
Gain (Total)

Слайд 32

Far Field vs Angle (E-plane)

Слайд 33

Far Field vs Angle (E-plane)
Gain (LHC)

Слайд 34

Far Field vs Angle (E-plane)

Слайд 35

Far Field vs Angle (E-plane)
Gain (RHC)

Слайд 36

Far Field vs Angle (E-plane)

Слайд 37

Far Field vs Angle (E-plane)
Gain (Vertical)

Слайд 38

Far Field vs Angle (E-plane)

Слайд 39

Far Field vs Angle (E-plane)
Axial Ratio (Handed)

Слайд 40

Far Field vs Angle (E-plane)

Слайд 41

Far Field vs Angle (E-plane)
Axial Ratio (IEEE)

Слайд 42

Far Field vs Angle (E-plane)

Слайд 43

Far Field vs Angle (E-plane)
Ludwig III (Co)

Слайд 44

Far Field vs Angle (E-plane)

Слайд 45

Far Field vs Angle (E-plane)
Ludwig III (Cross)

Слайд 46

Far Field vs Angle (H-plane)

Слайд 47

Far Field vs Angle (H-plane)
Gain (Total)

Слайд 48

Far Field vs Angle (H-plane)

Слайд 49

Far Field vs Angle (H-plane)
Gain (LHC)

Слайд 50

Far Field vs Angle (H-plane)

Слайд 51

Far Field vs Angle (H-plane)
Gain (RHC)

Слайд 52

Far Field vs Angle (H-plane)

Слайд 53

Far Field vs Angle (H-plane)
Gain (Horizontal)

Слайд 54

Far Field vs Angle (H-plane)

Слайд 55

Far Field vs Angle (H-plane)
Gain (Vertical)

Слайд 56

Far Field vs Angle (H-plane)

Слайд 57

Far Field vs Angle (H-plane)
Axial Ratio (Handed)

Слайд 58

Far Field vs Angle (H-plane)

Слайд 59

Far Field vs Angle (H-plane)
Axial Ratio (IEEE)

Слайд 60

Far Field vs Angle (H-plane)

Слайд 61

Far Field vs Angle (H-plane)
Ludwig III (Co)

Слайд 62

Far Field vs Angle (H-plane)