Microwave_Passive_Direction_Finding:被动雷达探测的教科书,少见,经典。斑竹可以考虑多送点威望和金币:)
Foreword ............................................................................. vii
Preface to the SciTech Edition ............................................ viii
Preface ................................................................................ ix
Acknowledgments ............................................................... xiii
1. Evolution and Uses of Passive Direction
Finding ......................................................................... 1
1.1 Evolution .......................................................................... 2
1.2 HF DF Origins ................................................................. 3
1.3 Radar DF Origins ............................................................ 6
1.4 Uses of Passive DF ......................................................... 8
1.5 Summary and Guide to the Book ................................... 11
References ............................................................................... 11
2. DF Receiver Theory .................................................... 12
2.1 Evolution of Rotating DF Systems .................................. 12
2.2 Concept of Monopulse .................................................... 24
2.3 Monopulse Angle Determination ..................................... 29
2.4 Birth of Passive Direction Finding
Techniques ...................................................................... 34
2.5 Summary ......................................................................... 34
References ............................................................................... 35
xvi Contents
This page has been reformatted by Knovel to provide easier navigation.
3. Antenna Elements for Microwave Passive
Direction Finding ........................................................ 36
3.1 Terminology and Conventions ........................................ 36
3.2 Spiral Antennas ............................................................... 39
3.3 Horn Antennas ................................................................ 68
3.4 Multimode DF Horn Antennas ........................................ 79
3.5 Rotating Reflector Antennas ........................................... 92
3.6 Summary ......................................................................... 98
References ............................................................................... 99
4. DF Receiver Configurations ....................................... 101
4.1 DF Radar Warning Receivers ......................................... 101
4.2 Phase and Sum and Difference Monopulse DF
Receivers ........................................................................ 107
4.3 Subcommutation Methods .............................................. 111
4.4 Supercommutation .......................................................... 116
4.5 Monochannel Monopulse ................................................ 119
4.6 Parallel DF Channelization ............................................. 122
4.7 Multibeam DF Arrays ...................................................... 123
4.8 Summary ......................................................................... 124
References ............................................................................... 125
5. DF Antenna Arrays ..................................................... 126
5.1 Passive Detection Arrays ................................................ 128
5.2 Parallel Beam Formed Arrays ......................................... 129
5.3 Planar Butler Array .......................................................... 130
5.4 Circular Butler-Fed Array ................................................ 132
5.5 Lens-Fed Arrays .............................................................. 138
5.6 Parallel Beam Septum Antenna ...................................... 147
5.7 Switched-Beam Arrays ................................................... 150
5.8 Summary ......................................................................... 152
References ............................................................................... 154
Contents xvii
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6. Interferometer DF Techniques ................................... 155
6.1 Mathematics of Interferometry ........................................ 156
6.2 Solution of the Interferometer Equations ........................ 163
6.3 Multiple Aperture Systems .............................................. 165
6.4 Linear and Circular Interferometer Arrays ...................... 167
6.5 Circular Interferometer Systems ..................................... 168
6.6 Summary ......................................................................... 170
References ............................................................................... 170
7. Methods for Signal Detection .................................... 171
7.1 Crystal Video Receiver ................................................... 172
7.2 Superheterodyne Receiver ............................................. 191
7.3 Downconverier Receiver ................................................. 203
References ............................................................................... 205
8. Probability of Detection ............................................. 207
8.1 False Alarm Probability ................................................... 208
8.2 Probability of Signal Detection in Noise .......................... 213
8.3 Intercept Probability ........................................................ 223
8.4 Window Function Probability Concept ............................ 229
8.5 Summary ......................................................................... 231
References ............................................................................... 231
9. Accuracy of DF Systems ............................................ 233
9.1 Antenna Accuracy for Multibeam
Systems ........................................................................... 234
9.2 Noise Accuracy of Amplitude Comparison DF
Systems ........................................................................... 248
9.3 Noise Accuracy in Phase Measurement DF
Systems ........................................................................... 252
9.4 Accuracy as a Function of Installation ............................ 256
References ............................................................................... 262
xviii Contents
This page has been reformatted by Knovel to provide easier navigation.
10. Signal Processing and Display Methods .................. 263
10.1 Logarithmic Amplifiers ..................................................... 263
10.2 Phase Correlator for Wideband Applications ................. 277
10.3 DF Processing ................................................................. 281
10.4 DF Displays ..................................................................... 286
References ............................................................................... 289
11. Future Trends .............................................................. 290
Index ................................................................................... 293
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Product Description
This book crystallizes technically abstract material into a complete, unified source that describes direction-finding (DF) technology in theory and by comparison, mathematical analysis and reference. In a clear, logical fashion, it covers DF techniques utilized at microwave frequencies for aircraft and ships, with particular emphasis on electronic warfare. It discusses microwave methods (from 500 MHz to 100 GHz) and the special receivers and antennas necessary to perform monopulse and non- monopulse DF determination. The book explains how signals are identified, how direction and status are determined, as well as some of the cloaking techniques used to deal with hostile signals. Using practical examples, computer developed graphs and numerous block diagrams, alternate design methods and illustrations, this text will enable the reader to design from the methods and equations of the book and become thoroughly informed about the technology.
From the Publisher
Presents the technology of measurement of direction of arrival of RF signals from thier source. Unifies DF theory and details methods of calculating and predicting actual system performance. Covers DF techniques utilized at microwave frequencies (from 500 MHz to 100 GHz) for aircraft and ships, with particular emphasis on electronic warfare. Explains how signals are identified, the speical receivers and antennas required, as well as some of the cloaking techniques used to deal with hostile signals. Introduces new systems concepts such as digital processing, supercommutation, and wide bandwidth noise detection methods. Provides working charts, diagrams and equations to facilitate configuration of systems. Suitable as an aid in proposal preparation. Using practical examples, computer-generated graphs, block diagrams and illustrations, this book is disigned as a textbook for college courses, seminars and tutorials as well as a reference for the working engineer.
About the Author
Stephen E. Lipsky is the President of Bynetics, an intellectual property consulting firm. His broad experience includes serving as vice president of American Electronics Labs (now BAE Systems), where he was responsible for the profit and technical performance of a $55 million electronics warfare matrix skill center. The ALR-67 and APR-9 radar warning systems were typical of the wide range of receiving and jamming equipments under his responsibility. He was director of advanced systems for General Instrument Corporation, where he helped develop the ALR-66 RWR, the Sub DF system, and the R-1910 receiver. He was president of Polarad Electronics, Radiometrics Division, where he developed the WLA-3, and was the project engineer at Loral Electronics for the development of the ALQ-53 Monopulse DF Receiver.
The holder of thirteen patents, Dr. Lipsky is a Life Fellow of the IEEE and a charter member of the Association of Old Crows where he received a silver medal for his work on direction finding and warning receivers. He holds BEE and ME degrees from New York University, College of Engineering, a Ph.D. from Drexel University and is a graduate of the U.S. Army Signal OfficerÂ’s School. --This text refers to the Paperback edition.
Publisher: Wiley-Interscience; 1 edition (June 5, 1987) Language: English ISBN-10: 0471834548 ISBN-13: 978-0471834540
[ 本帖最后由 dysprosium 于 2009-1-29 11:43 编辑 ]
:9de :8de :4de :21de
thanks...................................
Linpsky的作品,少见,不过楼主也太小农了一点!:11bb :30bb
对passive direction比较感兴趣!谢谢楼主共享!!!!!!!!!!!
thank you for the job
楼主啊!怎么只有第一部分啊?????????????
谢谢楼主!!!!!!!!!!!!!!!
谢谢!!!!!!!!!!!!
这里对楼主先谢了,先下来看看,估计不错。确实是只有第一卷,望楼主好事做到底。
[ 本帖最后由 gcx38 于 2009-1-7 00:56 编辑 ]
这里对楼主先谢了,先下来看看,估计不错。确实是只有第一卷,望楼主好事做到底。
好书! 感谢楼主提供分享!!!!
非常感谢分享,虽有中文翻译版,还是下来对照对照。
好东东!谢谢!
但愿是完整的!
只有第一卷,望楼主好事做到底,共享资料
谁有中文翻译版?非常感谢能拿来分享
好东西,:11bb :11bb :11bb
书很好,我看过中文版.
等放完假,我把中文版发上来
收下,看看先。有用的东西啊。。。。。。
原来只有第一部分,其他的呢?。。。。。
好書當然要給予鼓勵
感謝樓主大方分享
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感谢楼主分享
:11bb :11bb :11bb :11bb
:11bb :11bb :31bb
好东东!谢谢 楼主
谢谢楼主分享好书 !!:11bb
:11bb :27bb :29bb :30bb :31bb
老版本的书,有些还是很经典的,尤其是对经典技术的阐述!
好书! 感谢楼主提供分享!!!!!!!!!1
感谢楼主分享资料,感谢楼主分享资料,
:31bb :31bb
Linpsky的作品,少见,不过楼主也太小农了一点!:11bb :27bb :29bb
:11bb :27bb :29bb :30bb
haoshu !!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
thank you!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
谢谢21楼的兄弟找到了一个很好的链接。:18bb:18bb
对passive direction比较感兴趣!谢谢楼主共享!!!!!!!!!!!
只有第一部分,是玩我的吧?
对passive direction比较感兴趣!谢谢楼主共享!!!!!!!!!!!
谢谢楼主发的好书!
回头看看!!!!!
Thank you very much!!!
:27bb:14bb
thank you for the job
学习一下,学习一下!!
的确是好书,版主应该重赏
thank you for ur job
怎么不完整?
谢谢21楼的哥们啊!
这本书是相当的经典
这本书是相当的经典
顶,另外,似乎没发完?
怎么没有发完啊,只有一卷,没法解压,敬请楼主上传完整,谢谢,谢谢
谢谢楼主分享!
先收藏起来,慢慢看
好书啊!!!!!!!!!!!!!!!1
哈哈,这个有中文版的么
原版书好啊,谢谢分享
看看,
有没有下好了上传个完整的啊。。多谢了啊!
见过中文版的
学校图书馆有
英文的????
hbchb很不错好书c
好书,谢谢共享
谢谢分享
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谢谢,欣赏楼主
好东西,谢谢分享~~~~
very excellent
123456
这本书不错
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谢谢楼主
看看这些东西啊
thank you for sharing
看看这是什么动地的哈
找了好久啊,谢谢楼主分享
无源测向系统,是阵列吗~~~