By James Tsui, Chi-Hao Cheng

ISBN-10: 189112126X

ISBN-13: 9781891121265

This newly up-to-date, moment version of electronic thoughts for Wideband Receivers is a present, finished layout consultant in your electronic processing paintings with contemporary complicated receiver structures. fresh fabric brings you recent with the most recent info on wideband digital conflict receivers, the ADC trying out process, frequency channelization and deciphering schemes, and the operation of monobit receivers. The e-book indicates you ways to successfully overview ADCs, bargains perception on development digital battle receivers, and describes 0 crossing thoughts which are severe to new receiver layout. From primary strategies and systems to fresh expertise advances in electronic receivers, you get functional ideas to your whole not easy wideband receiver difficulties. This hands-on reference is jam-packed with 1,103 equations and 315 illustrations that aid key subject matters lined through the publication.

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From the RF, PRJ, and PW one can identify the type of the radar. If it is a thread radar, one can determine the jamming technique against it. 4 Tracking An EW processor can process only limited pulse density. This density is usually lower than the pulse density an EW receiver can intercept. If an EW processor can process 10OK pulses/sec and a receiver can intercept IM pulses/sec, the received pulse density will choke the processor. However, once a radar pulse train is identified, it is no longer necessary to deinterleave on these pulses.

Although the pulse density depends on the location of the intercept receiver and the scenario, it is usually assumed that a receiver will face a few million pulses per second. This signal environment determines the requirement of EW receivers. 5 REQUIREMENTS OF EW RECEIVERS [1-3, 13, 20-28] From the discussion in the previous section, an EW receiver should fulfill the following requirements. 1. It requires near real response time. , the PDW) must be passed to an EW processor within a few /ULS. 2.

100) can be accommodated in a very few components: a laser, a collimator, two optical lenses, a Bragg cell, and a photodetector array. This arrangement can be built very small. The major disadvantage of a Bragg cell receiver is that the Bragg cell has optical outputs. With today's technology, it is difficult to place optical amplifiers between the Bragg cell and the photodetectors to improve sensitivity and not affect the dynamic range. Amplifiers can be added in front of the Bragg cell to improve the receiver sensitivity.

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Digital Techniques for Wideband Receivers by James Tsui, Chi-Hao Cheng

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