Transcription of RF Laboratory Manual - Passive Filter Design.
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RF Laboratory Manual - Passive Filter Design.
RF Laboratory Manual - Passive Filter Matzner, S. Levy, H. Moalem and D. Group InsertionLossMethod .. Elliptic Filter Solution .. BandPassFilterTransformation .. RequiredEquipment .. Chebyshev3dBequalrippleLPFD esign .. Measurement .. Measurement .. Elliptic LPF design .. Measurement .. Final 27 CONTENTS34 CONTENTSPRELAB EXERCISE1. Using Matlab, draw a graph of PLR as a function of the normalized fre-quency of a Chebyshev LPF,3dBequal ripple,N=1,3,5,7(see Figure 3).2. Compare Butterworth and Chebyshev LPF with1dBequal ripple,N=3,fc=1 GHz, Zin=Zout=50 :1. Calculate the elements Calculate the transfer function of Draw the graph of the transfer function of eachfilter (only magnitude)up to Calculate the stopband attenuation (dB/octave) of BACKGROUND THEORYA Filter is a two port network used to control the frequency response at acertain point in a system by providing transmission within the passband of thefilt
PRELAB EXERCISE 1. Using Matlab, draw a graph of PLR as a function of the normalized fre-quency of a Chebyshev LPF, 3dBequal ripple, N=1,3,5,7 (see Figure 3).
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