Inhaltsverzeichnis
Linkliste
I/Q-Signalverarbeitung Grundlagen
Amplituden- und Phasen-Imbalance in der I/Q-Signalverarbeitung
Digital Predistortion(DPD)
Empfänger-Architektur
Linkliste
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I/Q-Signalverarbeitung Grundlagen
Quadratursignale: Komplex, aber nicht kompliziert
Amplituden- und Phasen-Imbalance in der I/Q-Signalverarbeitung
Introduction - IQ Modulator Error Compensation
Synchronizing IQ Baseband Signals to Reduce Error Vector Magnitude
Sources of Error in IQ Based RF Signal Generation
IQ Gain Phase Correction
An Algorithm for Quantitatively Calculating I/Q Gain and Phase Mismatch
Joint Compensation of IQ-imbalance and Frequency Offset in OFDM systems (FTP)
Semi-Blind Cancellation of IQ-Imbalances
Automatic IQ Correction Algorithm in SDR#
Adaptive IQ Mismatch cancellation for Quadrature IF Receivers
Wireless Transmitter IQ Balance and Sideband Suppression
Measuring Phase and Delay Errors Accurately in I/Q Modulators
Frequency Selective IQ Phase and IQ Amplitude Imbalance Adjustments
Adaptation of IQ-error compensation Patent US7742539B2
Baseband I/Q Trace Mismatch Degrades Sideband Suppression of RF I/Q Modulation
Theory of Operation of I/Q Demodulation
Correcting I-Q Imbalance in Direct Conversion Receivers
Frequency Domain Quadratur Error Correction
Correction of Phase and Amplitude Error Of RF Modulator and Demodulator
I/Q mismatch calibration based on digital baseband
Quadrature Phase Error in Receivers
Verfahren der digitalen Kompensation von Unsymmetrien der analogen Quadraturmischung
Quadrature Empfänger für Software Defined Radios: Kompensation von Gleichlauffehlern
Digital Predistortion(DPD)
LDMOS RF Amplifier Linearization using PowerSDR mRX Pure Signal
Präsentation "LDMOS RF Amplifier Linearization using PowerSDR mRX Pure Signal"
Digital Predistortion in PowerSDR
Quelltext PowerSDR PureSignal
Empfänger-Architektur
QAM-Modem im FPGA