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"Microwave-photonic Architecture For Direction Finding Of LPI Emitters: Front-end Analog Circuit Design And Component Characterization" and the language of the book is English.


“Microwave-photonic Architecture For Direction Finding Of LPI Emitters: Front-end Analog Circuit Design And Component Characterization” Metadata:

  • Title: ➤  Microwave-photonic Architecture For Direction Finding Of LPI Emitters: Front-end Analog Circuit Design And Component Characterization
  • Author:
  • Language: English

“Microwave-photonic Architecture For Direction Finding Of LPI Emitters: Front-end Analog Circuit Design And Component Characterization” Subjects and Themes:

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  • Internet Archive ID: microwavephotoni1094550490

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"Microwave-photonic Architecture For Direction Finding Of LPI Emitters: Front-end Analog Circuit Design And Component Characterization" Description:

The Internet Archive:

Direction finding (DF) systems are critical components in electronic warfare intercept receivers. Many existing radio frequency DF techniques use a non-linear frequency down-conversion process that generates spurious frequencies that can hide the signals-of-interest. In addition, these systems suffer from a limited bandwidth and poor resolution (e.g., > 2°). To overcome these limitations, a miniature microwave-photonic phase-sampling DF technique is investigated in this thesis. This front-end design uses a combination of integrated optical Mach-Zehnder phase detectors to measure the emitter's phase difference with the largest baseline being 23 cm. The front-end components were characterized to ensure accuracy in the resolved angle-of-arrival (AOA). The front-end design was constructed to be modular in order to facilitate testing and verification of analog components accuracy. Signal processing with a class IV laser required particular attention to ensure that any stray radiation or leakage was isolated. Testing with low probability of intercept (LPI) waveform modulation consisted of using a linear frequency-modulated continuous wave (FMCW) and a phase coded P4 modulation, both at 2.4 GHz, in an anechoic chamber. Measurements were taken to quantify the DF receiver sensitivity was Ȣʀ = 62.96 dBm. It was demonstrated that the system was capable of estimating the AOA for the FMCW signal with a root-mean square (RMS) error of 0.29° at < 1° resolution and a P4 modulation RMS error of 0.32° at <1° resolution.

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  • Source: Internet Archive
  • Internet Archive Link: Archive.org page
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  • Number of Files: 50
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  • Added Date: 2019-05-03 18:10:01
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