Changes
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[[File:RF2.png|thumb|540pxleft|640px|Property Dialog of Generic T-Line Device.]]
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[[File:RF1.png|thumb|480pxleft|550px|A simple generic transmission line circuit.]]
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==Running an AC Sweep Analysis of Your RF Circuit==
At this time your RF circuit consists of a 50Ω transmission line segment that is matched at its input to the 1V voltage source with an internal resistance of 50 Ohms and is also matched at its output to a resistive 50Ω termination load. Therefore, you do not expect any mismatch and signal reflection at either of the two ports of the T-Line. Due to the perfect impedance match, the source voltage is equally divided between its internal resistance and the input to the T-Line, i.e. 0.5V. On the other hand, since the T-Line is lossless, the input 0.5V voltage is transferred unchanged to the 50Ω output load.
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[[File:RF3.png|thumb|left|300px|The AC Sweep Test Panel of the Toolbox.]]</td></tr></table> <table><tr><td>[[File:RF4.png|thumb|540pxleft|550px|Settings voltages to be plotted in the Edit Plot List Dialog.]]
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[[File:RF5.png|thumb|750pxleft|720px|The plot of the input and output voltages V(2) and V(3) over the 1-10GHz frequency range when R2 = R1 = Z0 = 50Ω.]]
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[[File:RF6.png|thumb|750pxleft|720px|The plot of input and output voltages V(2) and V(3) over the 1-10GHz frequency range when R2 = 1Ω.]]
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[[File:RF7.png|thumb|750pxleft|720px|The plot of input and output voltages V(2) and V(3) over the 1-10GHz frequency range when R2 = 25Ω.]]
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[[File:RF8.png|thumb|750pxleft|720px|The plot of input and output voltages V(2) and V(3) over the 1-10GHz frequency range when R2 = 100Ω.]]
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[[File:RF9.png|thumb|750pxleft|720px|The plot of input and output voltages V(2) and V(3) over the 1-10GHz frequency range when R2 = 100kΩ.]]
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[[File:RF10.png|thumb|750pxleft|720px|The plot of the input and output voltages V(2) and V(3) over the 1-10GHz frequency range when R1 = 25Ω, R2 = 100Ω, and Z0 = 50Ω.]]
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[[File:RF12.png|thumb|750pxleft|720px|The plot of the input and output voltages V(2) and V(3) over the 1-10GHz frequency range when R1 = 50Ω, R2 = 100Ω, and Z0 = 70.71Ω and len = 25mm.]]
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