Recent content by dlthomas

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    How to Design a Matching Network for 10-j35 ohm Load Impedance at 1 GHz

    i normalized Zl and used the smith chart...i ended up with a wavelength of .03 and capacitance of 1.59 x 10^-12 F can anyone confirm this?
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    Power Transmisson Homework: TL, VSWR, & Impedance Calc.

    ok sorry about that, this is my attempt at this problem so far. i am not sure if i take the absolute value of both the imaginary and real part of ZL or if i did the calculation for VSWR right, please check my work. Would this problem be easier done with a Smith Chart, if so could someone...
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    How to Design a Matching Network for 10-j35 ohm Load Impedance at 1 GHz

    Homework Statement A matching network consists of a length of T-line in series with a capacitor. Determine the length(in wavelength) required of the T-line section and the capacitor value needed (at 1 GHz) to match a 10-j35 ohm load impedance to the 50 ohm line
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    Power Transmisson Homework: TL, VSWR, & Impedance Calc.

    Homework Statement A source with 50 ohm source impedance drives a 50 ohm T-line that is 1/8 of a wavelength long, terminated in a load Z=50-j25 ohms. calculate TL, VSWR, and the input impedance seen by the source
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