文件名称:RF_Matlab_Tools
介绍说明－－下载内容均来自于网络，请自行研究使用
非常实用的工具，可以用Matlab来进行射频上船用的转换以及分析。（例如可以将S矩阵转化成Z矩阵，放大器稳定性分析……）-Very useful tool, you can use Matlab to carry out on the marine radio frequency conversion, as well as analysis. (Such as the S matrix can be transformed into Z matrix, amplifier stability analysis ... ...)
(系统自动生成,下载前可以参看下载内容)
下载文件列表
RF_Tools
........\amplifiers
........\..........\compl_conj.m
........\..........\K_factor.m
........\circles
........\.......\gain
........\.......\....\const_gain.m
........\.......\noise
........\.......\.....\nfcircle.m
........\.......\quality
........\.......\.......\Qn_contours.m
........\.......\stability
........\.......\.........\input_stability.m
........\.......\.........\output_stability.m
........\conversion
........\..........\ABCD_to_H.m
........\..........\ABCD_to_S.m
........\..........\ABCD_to_Y.m
........\..........\ABCD_to_Z.m
........\..........\H_to_ABCD.m
........\..........\H_to_S.m
........\..........\H_to_Y.m
........\..........\H_to_Z.m
........\..........\S_to_ABCD.m
........\..........\S_to_H.m
........\..........\S_to_T.m
........\..........\S_to_Y.m
........\..........\S_to_Z.m
........\..........\T_to_S.m
........\..........\Y_to_ABCD.m
........\..........\Y_to_H.m
........\..........\Y_to_S.m
........\..........\Y_to_Z.m
........\..........\Z_to_ABCD.m
........\..........\Z_to_H.m
........\..........\Z_to_S.m
........\..........\Z_to_Y.m
........\global
........\......\Gamma_in.m
........\......\Gamma_out.m
........\......\get_betta.m
........\......\get_lambda.m
........\......\MA_to_RI.m
........\......\VSWR.m
........\networks
........\........\Add_series_capacitor.m
........\........\Add_series_impedance.m
........\........\Add_series_inductor.m
........\........\Add_series_oc_stub.m
........\........\Add_series_sc_stub.m
........\........\Add_shunt_capacitor.m
........\........\Add_shunt_impedance.m
........\........\Add_shunt_inductor.m
........\........\Add_shunt_oc_stub.m
........\........\Add_shunt_sc_stub.m
........\........\Add_trans_line.m
........\........\find_all_matching.m
........\........\find_matching.m
........\........\init_network.m
........\........\rf_get_impedance.m
........\........\rf_imp_transform.m
........\smith
........\.....\const_G_circle.m
........\.....\const_R_circle.m
........\.....\const_SWR_circle.m
........\.....\pretty_smith.m
........\.....\Set_Freq.m
........\.....\Set_vp.m
........\.....\Set_Z0.m
........\.....\smith_chart.m
........\.....\s_ArcB.m
........\.....\s_ArcG.m
........\.....\s_ArcR.m
........\.....\s_ArcX.m
........\.....\s_Load.m
........\.....\s_Point.m
........\amplifiers
........\..........\compl_conj.m
........\..........\K_factor.m
........\circles
........\.......\gain
........\.......\....\const_gain.m
........\.......\noise
........\.......\.....\nfcircle.m
........\.......\quality
........\.......\.......\Qn_contours.m
........\.......\stability
........\.......\.........\input_stability.m
........\.......\.........\output_stability.m
........\conversion
........\..........\ABCD_to_H.m
........\..........\ABCD_to_S.m
........\..........\ABCD_to_Y.m
........\..........\ABCD_to_Z.m
........\..........\H_to_ABCD.m
........\..........\H_to_S.m
........\..........\H_to_Y.m
........\..........\H_to_Z.m
........\..........\S_to_ABCD.m
........\..........\S_to_H.m
........\..........\S_to_T.m
........\..........\S_to_Y.m
........\..........\S_to_Z.m
........\..........\T_to_S.m
........\..........\Y_to_ABCD.m
........\..........\Y_to_H.m
........\..........\Y_to_S.m
........\..........\Y_to_Z.m
........\..........\Z_to_ABCD.m
........\..........\Z_to_H.m
........\..........\Z_to_S.m
........\..........\Z_to_Y.m
........\global
........\......\Gamma_in.m
........\......\Gamma_out.m
........\......\get_betta.m
........\......\get_lambda.m
........\......\MA_to_RI.m
........\......\VSWR.m
........\networks
........\........\Add_series_capacitor.m
........\........\Add_series_impedance.m
........\........\Add_series_inductor.m
........\........\Add_series_oc_stub.m
........\........\Add_series_sc_stub.m
........\........\Add_shunt_capacitor.m
........\........\Add_shunt_impedance.m
........\........\Add_shunt_inductor.m
........\........\Add_shunt_oc_stub.m
........\........\Add_shunt_sc_stub.m
........\........\Add_trans_line.m
........\........\find_all_matching.m
........\........\find_matching.m
........\........\init_network.m
........\........\rf_get_impedance.m
........\........\rf_imp_transform.m
........\smith
........\.....\const_G_circle.m
........\.....\const_R_circle.m
........\.....\const_SWR_circle.m
........\.....\pretty_smith.m
........\.....\Set_Freq.m
........\.....\Set_vp.m
........\.....\Set_Z0.m
........\.....\smith_chart.m
........\.....\s_ArcB.m
........\.....\s_ArcG.m
........\.....\s_ArcR.m
........\.....\s_ArcX.m
........\.....\s_Load.m
........\.....\s_Point.m