Transcription of Transmission Line Basics - ntuemc.tw
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Transmission Line Basics - ntuemc.tw
1 Transmission line Basics Prof. Tzong-Lin Wu NTUEE 2 Outlines Transmission Lines in Planar structure. Key Parameters for Transmission Lines. Transmission line Equations. Analysis Approach for Z0 and Td Intuitive concept to determine Z0 and Td Loss of Transmission Lines Example: Rambus and RIMM Module design 3 Transmission Lines in Planar structure Homogeneous Inhomogeneous Coaxial Cable Stripline Microstrip line Embedded Microstrip line 4 Key Parameters for Transmission Lines of V / I : Characteristic Impedance Z0 of Signal: Effective dielectric constant e : Conductor loss ac Dielectric loss ad Z0 LC1 LCce0 Vp1Td1 VCpTCdLossless case 5 Transmission line Equations Quasi-TEM assumption 6 Transmission line Equations RGLC0000 resistance per unit length(Ohm/cm)conductance per unit length (mOhm/cm)inductance per unit length (H/cm)capacitance per unit length (F/cm)dVdzRjwLIdIdzGjwCV ()()0000 KVL : KCL.
3 Transmission Lines in Planar structure Homogeneous Inhomogeneous Coaxial Cable Stripline H Microstrip line H H Embedded Microstrip line
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