Design and Experimental Verification of Correction Algorithms for Improving the Measurement Accuracy of a Broadband Vector IF Receiver at 160 MHz

Hofmann A, Kalb A, Manglberger M, Weinzierl J, Schmidt LP (2005)

Publication Type: Conference contribution

Publication year: 2005

Journal

Frequenz Walter de Gruyter

Publisher: Walter de Gruyter

Edited Volumes: Frequenz

Pages Range: 108-111

Conference Proceedings Title: Frequenz, Mai / Juni

DOI: 10.1515/FREQ.2005.59.5-6.108

Abstract

An Intermediate Frequency (IF) receiver unit with a center frequency of 160 MHz and a bandwidth of 80 MHz was recently developed as a core component of a novel heterodyne vector field measurement system at 150 GHz, 300 GHz and 450 GHz. The influence of different errors types on the measurement accuracy is systematically analyzed. Based on this, a strategy of enhancing the overall accuracy of the IF receiver by software algorithms was developed. Its effectiveness is verified by experimental characterization.

Authors with CRIS profile

Jochen Weinzierl Lehrstuhl für Hochfrequenztechnik Lorenz-Peter Schmidt Lehrstuhl für Hochfrequenztechnik

How to cite

APA:

Hofmann, A., Kalb, A., Manglberger, M., Weinzierl, J., & Schmidt, L.-P. (2005). Design and Experimental Verification of Correction Algorithms for Improving the Measurement Accuracy of a Broadband Vector IF Receiver at 160 MHz. In Frequenz, Mai / Juni (pp. 108-111). Walter de Gruyter.

MLA:

Hofmann, A., et al. "Design and Experimental Verification of Correction Algorithms for Improving the Measurement Accuracy of a Broadband Vector IF Receiver at 160 MHz." Proceedings of the Frequenz, Mai / Juni Walter de Gruyter, 2005. 108-111.

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