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function [k,delta] = K_factor(s_param) % Usage: [k,delta] = K_factor(s_param) % % Purpose: returns k factor for a given s-parameter matrix % if k>1 and delta

% % This file computes an input impedance of an % open-circuit line as described in Example 2.7 % % Copyright (c) 1999 by P.Bretchko and R.Ludwig % "RF Circuit Design: Theory and Practic

% % This file computes the input impedance of the % short-circuit line as described in Example 2.6 % % Copyright (c) 1999 by P.Bretchko and R.Ludwig % "RF Circuit Design: Theory and Prac

% MATLAB symbolic toolbox solution for voltage vL2 in % Example 5-2 after open circuit occurs % VL2 = sym('5*s*30*(s+1/3)/(s*(s+1/2))-200'); VL2_P = diff(int(VL2)) vL2 = ilaplace(VL2)

I = imread('circuit.tif'); I2 = imcrop(I,[75 68 90 112]); imview(I) imview(I2)

function [k,delta] = K_factor(s_param) % Usage: [k,delta] = K_factor(s_param) % % Purpose: returns k factor for a given s-parameter matrix % if k>1 and delta

%!PS-Adobe-3.0 EPSF-3.0 %%Title: circuit %%Creator: Xcircuit v2.3 %%CreationDate: Sun Nov 10 18:22:53 2002 %%Pages: 1 %%BoundingBox: 68 68 1087 671 %%DocumentNeededResources: font Helvetica font Times

Ex1_5.CIR - Thevenin equivalent circuit .PARAM V1value=0V I2value=0A Idpvalue=1A V1 1 0 DC {V1value} R1 1 2 1ohm I2 0 2 DC {I2value} R2 2 0 3ohm R3 2 3 5ohm G3 2 3 (1,0) 0.1 ; Voltage-con

Prob1_29.CIR Bridge circuit Vb 1 0 DC 20V R1 1 2 1ohm R2 2 0 2ohm R3 1 3 3ohm R4 3 0 4ohm RL 2 3 10ohm .DC Vb 20V 20V 1 .PRINT DC V(2,3) .END

GPRS: 电路交换（Circuit Switching）