RF final exam A

RF final exam A - Name:_ SSN: _ EE 40022 Final Exam Spring...

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Name:_______________________________ EE 4002-2 Final Exam SSN: _______________________ Spring 2003 1. At 2.4 GHz, what is the largest component size that can exist without  needing to use transmission line theory to design or analyze the circuit?  Assume v p  = 0.69c. 2. The leads of a resistor in an RF circuit are 5 cm Aluminum AWG 14.  ( σ AL  = 4.0 x 10 7  S/m).  Compute the DC resistance and the AC resistance and  inductance at 1 GHz. 3. Design an impedance matching network for cordless phone narrow band  circuits at 3.1 GHz that will have a nodal Q of 10.  The load has an  impedance of Z L  = 18 –j35 and the load must be matched to 50  Ω .  There  is no limit to the number of elements you can use.  DO NOT COMPUTE  THE COMPONENT VALUES, but be sure to draw your final circuit with  the component clearly labeled.  Use a smith chart. 4.
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This note was uploaded on 01/31/2012 for the course EE 4002 taught by Professor Scalzo during the Fall '06 term at LSU.

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RF final exam A - Name:_ SSN: _ EE 40022 Final Exam Spring...

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