A lossless transmission line with Zo=78 [Ohms] is terminated with load ZL=39+j62.4 [Ohms]. If the generator frequency is 2x10^8 Hz and the T.L. length is 9.3 meters; using Smith chart find...


A lossless transmission line with Zo=78 [Ohms] is terminated with load<br>ZL=39+j62.4 [Ohms]. If the generator frequency is 2x10^8 Hz and the T.L. length<br>is 9.3 meters; using Smith chart find (approximately): *<br>1.15-<br>27<br>6.2<br>1.5<br>0.195<br>0.14 1.2+j1.6 1.4-j1.7 0.135<br>j1.5<br>The reflection<br>coefficient at<br>the load<br>The angle of<br>the reflection<br>coefficient<br>[degree]<br>The VSWR<br>The minimum<br>impedance of<br>the T.L.<br>[Ohms]<br>The signal<br>wavelength<br>(lambda) [m]<br>The T.L.<br>length in<br>terms of<br>lambda<br>The<br>NORMALIZED<br>input<br>impedance of<br>the T.L.<br>if a quarter<br>wavelength<br>transformer<br>with Zot>Zo<br>is used to<br>match the<br>load to the<br>T.L., at what<br>distance<br>form the load<br>you should<br>put it (in<br>meter unit)?<br>

Extracted text: A lossless transmission line with Zo=78 [Ohms] is terminated with load ZL=39+j62.4 [Ohms]. If the generator frequency is 2x10^8 Hz and the T.L. length is 9.3 meters; using Smith chart find (approximately): * 1.15- 27 6.2 1.5 0.195 0.14 1.2+j1.6 1.4-j1.7 0.135 j1.5 The reflection coefficient at the load The angle of the reflection coefficient [degree] The VSWR The minimum impedance of the T.L. [Ohms] The signal wavelength (lambda) [m] The T.L. length in terms of lambda The NORMALIZED input impedance of the T.L. if a quarter wavelength transformer with Zot>Zo is used to match the load to the T.L., at what distance form the load you should put it (in meter unit)?

Jun 11, 2022
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