接收机模拟分析软件

接收机模拟分析软件:1. Copyright Statement 5
2. Program Summary 5
2.1. Introduction 5
2.2. Receiver Description 6
2.3. Features and limitations 7
2.4. About the Program 7
3. Building a Receiver 8
3.1. Receiver Simulator Window 8
3.2. Simulator File Menu 8
3.3. Simulator Edit Menu 9
3.4. Simulator View Menu 10
3.5. Simulator Analysis Menu 10
3.6. Simulator Help Menu 11
3.7. Building a Simulation 11
3.8. Receiver Modules Window 12
3.9. Creating a new RF Module 13
3.10. Editing an RF Module 13
3.11. Receiver Analysis Menu 14
3.12. Receiver View Menu 14
3.13. Module Definition Dialog 15
3.14. Module Edit Menu 15
3.15. Module Analysis Menu 16
3.16. Module View Menu 17
3.17. Edit Element Dialog 17
3.18. Creating a New Element 18
3.19. Editing an Element 18
4. Element Descriptions 18
4.1. Basic Element Types 18
4.2. Attenuator Element 19
4.3. Amplifier Element 20
4.4. AGC Amplifier Element 20
4.5. Mixer Element 21
4.6. Lowpass Filter Element 22
4.7. Highpass Filter Element 23
4.8. Bandpass Filter Element 23
4.9. Preselector Element 24
4.10. Switch Element 25
5. Analysis 26
5.1. Block Analysis Description 26
5.2. Block Parameter Summary 27
5.3. Expanded Block Parameters 27
5.4. Cumulative Block Parameters 28
5.5. Normalized Block Parameters 29
5.6. Block Analysis Plots 30
5.7. Gain Calculations 31
5.8. Noise Figure Calculations 31
5.9. Intercept Point Calculations 32
5.10. Compression 33
5.11. Bandwidth 33
5.12. Single Signal Spurious Calculation 34
5.13. Birdies 35
5.14. Signal to Noise Ratio 36
5.15. SNR Plot 37
5.16. Bit Error Rate 37
5.17. BER Plot 38
6. Receiver Dialogs 39
6.1. Element Dialogs 39
6.1.1. Edit Element Dialog 39
6.1.2. AGC Amplifier Dialog 40
6.1.3. AGC Point Dialog 42
6.1.4. Ampilfier Dialog 43
6.1.5. Attenuator Dialog 44
6.1.6. Bandpass Filter 45
6.1.7. Highpass Dialog 46
6.1.8. Lowpass Dialog 47
6.1.9. Mixer Dialog 49
6.1.10. Preselector Dialog 50
6.1.11. Switch Dialog 52
6.2. Module Dialogs 53
6.2.1. Receiver Modules Dialog 53
6.2.2. Module Definition Dialog 55
6.2.3. Module Parameters Dialog 57
6.2.4. Frequency Plan Dialog 59
6.2.5. Local Oscillator Dialog 60
6.3. Signal Dialogs 61
6.3.1. Signal Description Dialog 61
6.3.2. Modulation Dialog Dialog 62
6.4. Receiver Characteristic Dialogs 64
6.4.1. Main Simulator Window 64
6.4.2. Front Panel Dialog 64
6.4.3. Demodulator Dialog 66
6.4.4. AGC Detector Dialog 67
6.5. Analysis  Dialogs 68
6.5.1. Plot Limits Dialog 68
6.5.2. Spur Format Dialog 69
7. Receiver Theory 70
7.1. Noise Figure 70
7.2. Intercept Points 71
7.3. Third Order Distortion 71
7.4. Second Order Distortion 72
7.5. Second Harmonic Distortion 73
7.6. Compression 73
7.7. Frequency Plan 74
7.8. IF Frequency Selection 74
7.9. Injection Side Selection 75
7.10. Spurious Responses 75
7.11. Image Frequency 76
7.12. IF Feedthrough 77
7.13. RF Harmonics 77
7.14. IF Spurs 77
7.15. Crossover Spurs 78
7.16. Crossover Spurs - High Side Inj 79
7.17. Crossover Spurs - Low Side Inj 79
8. Glossary 80
8.1. Able Baker Spurs 80
8.2. AGC 80
8.3. AGC Control Voltage 81
8.4. AGC Detector 81
8.5. AGC Response 81
8.6. AGC Attack 81
8.7. AGC Decay 81
8.8. Amplitude Modulation 81
8.9. Analog Modulation 82
8.10. Angular Deviation 82
8.11. Bandwidth 82
8.12. Baseband 82
8.13. Baud Rate 82
8.14. Birdie 82
8.15. Bit Error Rate 83
8.16. Bit Error Rate Plot 83
8.17. Block Conversion 83
8.18. Block Parameters 83
8.19. BPSK 83
8.20. Carrier to Noise 84
8.21. Cascade 84
8.22. Compression 84
8.23. Converter 84
8.24. Crossover Spurs 84
8.25. Decibels 85
8.26. Demodulator 85
8.27. Digital Modulation 85
8.28. Discriminator 85
8.29. Double Sideband 85
8.30. Double Sided Bandwidth 85
8.31. Down Conversion 86
8.32. Element 86
8.33. Element Library 86
8.34. Engineering Notation 86
8.35. Envelope Detector 86
8.36. Excess Noise 86
8.37. Fixed Frequency Module 87
8.38. Fixed IF 87
8.39. Fixed LO 87
8.40. FM Improvement 87
8.41. FM Threshold 87
8.42. Free Running Oscillator 88
8.43. Frequency Deviation 88
8.44. Frequency Modulation 88
8.45. Frequency Plan 88
8.46. Frequency Shift Keying 88
8.47. Gain 88
8.48. Gain Controlled Amplifier 89
8.49. Harmonic 89
8.50. IF Feedthrough 89
8.51. Image Frequency 89
8.52. Impedance Matching 89
8.53. Injection Side 90
8.54. Input Noise 90
8.55. Input Signal 90
8.56. Integrator 90
8.57. Intercept Point 90
8.58. Intermediate Frequency 90
8.59. Intermodulation Distortion 91
8.60. Isolation 91
8.61. Linear Detector 91
8.62. Local Oscillator 91
8.63. Logarithmic Detector 91
8.64. Mixer 92
8.65. Modulation 92
8.66. Modulation Depth 92
8.67. Noise Bandwidth 92
8.68. Noise Factor 92
8.69. Noise Figure 92
8.70. Phase Locked Loop 93
8.71. Phase Modulation 93
8.72. Phase Noise 93
8.73. Preselector 93
8.74. Product Detector 93
8.75. QPSK 94
8.76. RC Filter 94
8.77. RF Module 94
8.78. RF Module List 94
8.79. Saturation 94
8.80. Second Harmonic Distortion 95
8.81. Second Harmonic Intercept Point 95
8.82. Second Order Distortion 95
8.83. Second Order Intercept Point 95
8.84. Self Quieting Spurs 95
8.85. Sideband 96
8.86. Signal Handling Capabliity 96
8.87. Signal to Noise 96
8.88. Single Frequency 96
8.89. Single Sideband 96
8.90. Single Sided Bandwidth 97
8.91. Single Signal Spurious 97
8.92. Single Signal Spurious Plot 97
8.93. Spurious Signals 97
8.94. Synchronous Defector 97
8.95. Synthesizer 97
8.96. Third Order Distortion 98
8.97. Third Order Intercept Point 98
8.98. Time Constant 98
8.99. Up Conversion 98
8.100. Variable Frequency Module 98
This program and documentation (including this help file) are copyright 2000 by Gary A. Appel.
In this initial release (version 1.0), both the program and the documentation that accompanies the program, may be freely distributed in it's complete form, but not sold. All copyright statements must be included in the distributed package. A reasonable charge may be collected to cover the cost of copying and distributing the program. If a fee is collected for distribution of this software, the solicitation must make it clear that the software itself is free, and that the fee is solely for the cost of distribution.
Distribibution of any later versions will be subject to the copyright statement in that version. Use of this preliminary version does not give the user the right to obtain or execute later versions of this software. Use of later versions will be subject to the copyright statement included in the original release of that version.
This program was created using Borland C++ Builder (trademark of Inprise.)
Some of the components were obtained from Software Development Lohninger (SLD.)
The help files were prepared using Help & Manual, from EC software.