Special design topics in digital wideband receivers / James Tsui.

By: Tsui, James Bao-yenSeries: Artech House radar library: Publisher: Boston, Mass. ; London : Artech House, c2010Description: xvi, 420 p. : ill. ; 26 cmISBN: 1608070298; 9781608070299Subject(s): Broadband communication systems -- Design | Computer network architectures | Telecommunication engineering -- Digital techniques | Wireless communication systems -- DesignDDC classification: 621.38215,TSU
Contents:
Introduction (Page-1), Amplification required in fornt of the ADC (Page-9), Dynamic range study theory eigenvalue and music methods (Page-25), Dynamic range study theory fast fourier transform (FFT) (Page-53), In -Phase and quadrature phase (IQ) Study (Page-77), Signal detection form fast fourier transform outputs (Page-109), Time-Domain detection with 1-bit ADC (Page-143), Eigenvalue and releted operations (Page-173), Signals close in frequency study and the music method (Page-203), Digital instantaneous frequency measurement (IFM) Receiver (Page-227), Receiver designed through a conventional FFT approach (Page-255), Receiver through a polyphase filter (Page-299), Detection of biphase shift keying (BPSK) signals (Page-321), Frequency modulated FM Signals (Page-349), Angle of arrival AOA and frequency measurements (Page-369).
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Item type Current location Home library Shelving location Call number URL Status Notes Date due Barcode Item holds
Reference Reference Military College of Signals (MCS)
Military College of Signals (MCS)
Reference 621.38215,TSU (Browse shelf) Link to resource Not for loan Almirah No.22, Shelf No.3 MCS36879
Total holds: 0

Introduction (Page-1), Amplification required in fornt of the ADC (Page-9), Dynamic range study theory eigenvalue and music methods (Page-25), Dynamic range study theory fast fourier transform (FFT) (Page-53), In -Phase and quadrature phase (IQ) Study (Page-77), Signal detection form fast fourier transform outputs (Page-109), Time-Domain detection with 1-bit ADC (Page-143), Eigenvalue and releted operations (Page-173), Signals close in frequency study and the music method (Page-203), Digital instantaneous frequency measurement (IFM) Receiver (Page-227), Receiver designed through a conventional FFT approach (Page-255), Receiver through a polyphase filter (Page-299), Detection of biphase shift keying (BPSK) signals (Page-321), Frequency modulated FM Signals (Page-349), Angle of arrival AOA and frequency measurements (Page-369).

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