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Radio Receiver Technology: Principles, Architectures and Applications by Ralf Rudersdorfer

Radio Receiver Technology: Principles, Architectures and Applications Ralf Rudersdorfer ebook
ISBN: 9781118503201
Format: pdf
Publisher: Wiley
Page: 320

Jan 6, 2014 - A Software-Defined GPS and Galileo Receiver - A Single-Frequency Approach by K. Bertelsen (2007).pdf (2.2 MB) Advanced Mathematical Tools for Communication Satellite Antennas - System Architecture, Technology, and Evaluation by Robert Dybdal (2009).pdf (3.8 MB) Communications, Industrial Networking and TCP-IP Digital Audio Broadcasting - Principles and Applications of Digital Radio, 2nd Ed. Mar 31, 2014 - In an SDR-based multi-GNSS receiver, the ADC sampling rate would be high with respect to the interesting GNSS signal bandwidth. Feb 3, 2014 - While the principles of direct-digital-synthesizer (DDS) technology were formulated in the late 1960s (see “Generate Digital Chirp Signals With DDS” on Microwaves & RF), it has continually gained traction. Makes enhanced measurement functions like spectrogram and . The LTE standard supports a range of MIMO operating In a situation where the radio waves undergo significant scattering and multipath propagation between the transmitter and receiver, a MIMO system can achieve significantly better performance than would be possible with single antennas using the same total power. Oct 11, 2010 - The ever increasing complexity of applications requires complex hardware architectures to support application requirements. To gain from the dramatically increased measurement efficiency of FFT based receiver technology it is beneficial to use an EMI test receiver, which combines the traditional EMI receiver concept with the FFT-based time-domain scan function in one device. Jul 15, 2008 - Radio Receiver Technology: Principles, Architectures and Applications $102.43. Oct 31, 2013 - However, MIMO is a complex technology, with a number of variations on its basic principle. Jun 19, 2013 - Allows application of longer measurement times, e.g. For example, Northrop The APG is specifically designed with open-architecture modularity for optimal flexibility and for use with warning and jamming systems, radar-warning receivers, and IR/ultraviolet missile approach sensors. For measuring intermittent signals.