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      <record key="001" att1="001" value="IHS100129006" att2="IHS100129006">001   IHS100129006</record>
      <field key="037" subkey="x">englisch</field>
      <field key="050" subkey="x">Buch</field>
      <field key="076" subkey="">Formalwissenschaft</field>
      <field key="100" subkey="">zelinger, g.</field>
      <field key="331" subkey="">basic matrix algebra and transistor circuits</field>
      <field key="403" subkey="">1. ed.</field>
      <field key="410" subkey="">oxford, london, new york</field>
      <field key="412" subkey="">pergamon press</field>
      <field key="425" subkey="">1963</field>
      <field key="433" subkey="">xv, 116 pp.</field>
      <field key="517" subkey="c">from the table of contents: why matrix algebra?; matrices and determinants: fundamental similarities and differences; matrix</field>
      <field key="rep" subkey="r">esentation of networks; basic operations with matrices; simple network elements and their associated transmission matrices;</field>
      <field key="mor" subkey="e">complex network configurations and associated transmission matrices; alternative methods of deriving the transmission matrix</field>
      <field key="by" subkey="k">irchhoff's law; networks containing mutual inductance; reciprocal and non-reciprocal networks, characterized by the</field>
      <field key="det" subkey="e">rminant of matrix; transformation of matrices; the common-base connection; the common-emitter connection; the</field>
      <field key="com" subkey="m">on-collector connection; impedance and admittance; the common-base amplifier; the common-emitter amplifier; the</field>
      <field key="com" subkey="m">on-collectoramplifier;</field>
      <field key="544" subkey="">483-A</field>
    </SEQUENTIAL>
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