@inproceedings{upm13040,
            year = {2011},
           pages = {1--4},
       booktitle = {Actas del XXVI Congreso de la URSI},
           title = {Banco de medidas autom{\'a}tico para linealizaci{\'o}n de amplificadores},
             url = {http://www.ursi2011.org/},
        abstract = {This work is focused on building and con?guring a measurement test bench for non linear High Power Ampli?ers, more precisely those ones based on the Envelope Elimination and Restoration. At ?rst sight the test bench is composed of several arbitrary waveform generators, an oscilloscope, a vector signal generator and a spectrum analyzer all of them controlled remotely. The test bench works automatically, that is why several software control programs have been developed in order to control all this equipment. The control programs have been developed in Matlab/Octave Scripting language and at last chance in a more low level language as C. The signal processing algorithms, taking into account that the time alignment one is the most important, have been developed in Matlab/Octave Scripting too. An improvement of 10dB in the ACPR(Adjacent Channel Power Ratio) has been obtained just by applying the time alignment algorithm developed in this work},
          author = {Torres Lopez-Sepulveda, Javier and Rodr{\'i}guez Caudevilla, Miguel and Pardo Martin, Jos{\'e} Manuel and Ortega Gonz{\'a}lez, Francisco Javier and Benavente Peces, C{\'e}sar}
}