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We present linear polarization measurements of 154 extragalactic radio sources at 6:3 cm, as part of a continuing eort to expand and improve our Faraday ro- tation determinations of radio galaxies and quasars. The excellent telescope optics of the Eelsberg 100 m telescope at this wavelength, combined with a matrix method we ap- plied for calibrating out all components of the instrumen- tal polarization enables us to achieve better than average accuracy in the determinations of linear polarization de- gree and position angle. In the absence of thermal noise errors, these are repeatable to better than 0.2% and 0:1 respectively, for the prime calibrator, 3C 286. A very brief overview of the results is also included.

Linear polarization measurements of extragalactic radio sources at λ6.3 cm