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Network Analyzer Basics-EE142 Fall 07

Network Analyzer BasicsJoel Dunsmore Copyright 2007 EECS142 Network Analyzer basics - EE142 Fall 07 Network Analyzer BasicsJoel Dunsmore Copyright 2007 EECS142 RFIncidentReflectedTransmittedLightwaveD UTL ightwave Analogy to RF EnergyNetwork Analyzer BasicsJoel Dunsmore Copyright 2007 EECS142 Verify specifications of building blocks for more complex RF systems Create models for simulation Check our simulation models against a real circuit Ensure good match when absorbing power ( , an antenna)Why Do We Need to Test Components?KPWRFM 97 Network Analyzer BasicsJoel Dunsmore Copyright 2007 EECS1424. Time-domain characterization MagTime5. Vector-error correctionErrorMeasuredActual2. Complex impedance needed to design matching circuits3. Complex values needed for device modeling 1. Complete characterization of linear networks High-frequency transistor model CollectorBaseEmitterS21S12S11S22 The Need for Both Magnitude and PhaseNetwork Analyzer BasicsJoel Dunsmore Copyright 2007 EECS142 Low frequencies wavelengths >> wire length current (I) travels down wires easily for efficient power transmission measured voltage and current not dependent on position along wireHigh frequencies wavelength or << length of transmission medium need transmission lines for

We can morph this Wheatstone Bridge into a “Directional Bridge” with explicit ports by noting that the floating voltage source can be replaced with a transformer coupled port, and Rdet can be

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