4. The eleven labeled locations on the Smith Chart (SC) on the next page represent various LOAD impedances on a lossless

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4. The eleven labeled locations on the Smith Chart (SC) on the next page represent various LOAD impedances on a lossless

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4 The Eleven Labeled Locations On The Smith Chart Sc On The Next Page Represent Various Load Impedances On A Lossless 1
4 The Eleven Labeled Locations On The Smith Chart Sc On The Next Page Represent Various Load Impedances On A Lossless 1 (306.29 KiB) Viewed 46 times
4. The eleven labeled locations on the Smith Chart (SC) on the next page represent various LOAD impedances on a lossless TL having characteristic impedance 20 = 50 [2] For each part, list ALL of the numbered points on the SC that correspond to each of the following TL properties. You may want to use your compass and ruler to check the properties. IMPEDANCE OR ADMITTANCE COORDINATES 7 6 . 2 4 5 9 11. 3 10 8 RADIALLY SCALED PARAMETERS jatorrizko པར་མོས་པའི་བཙན་པས་རང་དགར་བ་ནས་ CONTOR

(a) (2 points) The load is a resistor (neither open nor short is considered a resistor). (b) (2 points) The load is purely capacitive (neither open nor short is capacitive). (c) (2 points) The load reflection coefficient magnitude is |TZ| = 12. (d) (2 points) 50 [2] for all V+ >0. The load admittance is Y1 = 00. (e) (2 points) The load current phasor is 0 for all V. (f) (2 points) The distance from load to the first current minimum is g.

(g) (2 points) The maximum voltage on the TL is (dmar) = 2/V+). (h) (2 points) The time-averaged power delivered to the load is P, = 0 for all input voltages. (i) (2 points) The voltage standing wave ratio VSWR ~ 5.2.
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