摘要 |
The Impedance Product Operator can be implemented in a number of embodiments to produce a new non-reciprocal (n+1)-port network element with the distinguishing property that if n 2-termial impedances, Z<SUB>2</SUB>, . . . Z<SUB>n+1 </SUB>are connected at ports 2, . . . , n+1 of an Impedance Product Operator, the input impedance offered by this loaded multi-port at port 1 is <maths id="MATH-US-00001" num="00001"> <MATH OVERFLOW="SCROLL"> <MROW> <MSUB> <MI>Z</MI> <MROW> <MO>(</MO> <MN>1</MN> <MO>)</MO> </MROW> </MSUB> <MO>=</MO> <MROW> <MUNDEROVER> <MO>∏</MO> <MROW> <MI>k</MI> <MO>=</MO> <MN>2</MN> </MROW> <MROW> <MI>n</MI> <MO>+</MO> <MN>1</MN> </MROW> </MUNDEROVER> <MO></MO> <MSTYLE> <mspace width="0.3em" height="0.3ex"/> </MSTYLE> <MO></MO> <MROW> <MSUB> <MI>Z</MI> <MI>k</MI> </MSUB> <MO>.</MO> </MROW> </MROW> </MROW> </MATH> </MATHS> As a single network element, the Impedance Product Operator offers a direct yet general mechanism for multiplication of 2-terminal impedance functions. This network element allows simpler and more direct synthesis of driving point impedance functions. |