文件名称:阻抗数值分析
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压缩包 : matlab-impedance.rar 列表 dk_matlab\BWrelative.m dk_matlab\chebyshev_order2_me.m dk_matlab\dk's_function_readme.txt dk_matlab\dk's函数 readme.txt dk_matlab\dk.txt dk_matlab\d_relation.m dk_matlab\f_relation.m dk_matlab\f_resonantm0n.m dk_matlab\is_ring_ok\is_ring_ok.m dk_matlab\is_ring_ok\is_ring_ok2.m dk_matlab\is_ring_ok\is_ring_ok2_1.m dk_matlab\is_ring_ok\is_ring_ok2_2.m dk_matlab\is_ring_ok\is_ring_ok2_3.m dk_matlab\is_ring_ok\is_ring_ok2_4.m dk_matlab\is_ring_ok\is_ring_ok2_5.m dk_matlab\is_ring_ok\is_ring_ok3.m dk_matlab\microwidth.m dk_matlab\microwidth_ohm.m dk_matlab\no_use.asv dk_matlab\no_use.m dk_matlab\scmrc_lowpass_lump.asv dk_matlab\scmrc_lowpass_lump.m dk_matlab\scmrc_lowpass_lump2.m dk_matlab\scmrc_lowpass_lump3.m dk_matlab\SIR.m dk_matlab\SIR_2nd_frequency.asv dk_matlab\SIR_2nd_frequency.m dk_matlab\SIR_frequency.asv dk_matlab\SIR_frequency.m dk_matlab\waveguide_f_cutoff.m dk_matlab\waveguide_f_cutoff2.m dk_matlab\waveguide_z.m dk_matlab\wavelength_substrate.m dk_matlab\wavelength_waveguide_phase.m dk_matlab\wilkinson.m dk_matlab\wilkinson_divider\wilkinson_divider.asv dk_matlab\wilkinson_divider\wilkinson_divider.m dk_matlab\zhou_paper\aeff_a.m dk_matlab\zhou_paper\aeff_comparion.m dk_matlab\zhou_paper\aeff_r.m dk_matlab\zhou_paper\aeff_r_1203.asv dk_matlab\zhou_paper\aeff_r_1203.m dk_matlab\zhou_paper\aeff_r_1203_2.asv dk_matlab\zhou_paper\aeff_r_1203_2.m dk_matlab\zhou_paper\aeff_r_1203_3.asv dk_matlab\zhou_paper\aeff_r_1203_3.m dk_matlab\zhou_paper\aeff_r_1203_4.m dk_matlab\zhou_paper\alpha_b_f_comparion.m dk_matlab\zhou_paper\alpha_f_0922new.m dk_matlab\zhou_paper\alpha_f_0922new2.m dk_matlab\zhou_paper\alpha_f_0922new3.m dk_matlab\zhou_paper\alpha_r.m dk_matlab\zhou_paper\beta_b.m dk_matlab\zhou_paper\beta_comparion.m dk_matlab\zhou_paper\beta_r.m dk_matlab\zhou_paper\delta_aeff_r.m dk_matlab\zhou_paper\delta_comparion.m dk_matlab\zhou_paper\delta_x.m dk_matlab\zhou_paper\delta_x_old.m dk_matlab\zhou_paper\dk.txt dk_matlab\zhou_paper\Fcte20_w_comparion.asv dk_matlab\zhou_paper\Fcte20_w_comparion.m dk_matlab\zhou_paper\new051209\a2aeff.asv dk_matlab\zhou_paper\new051209\a2aeff.m dk_matlab\zhou_paper\new051209\aeff2a.m dk_matlab\zhou_paper\new051209\resonant\deltaz.m dk_matlab\zhou_paper\new051209\resonant\f_deltax_deltaz060108_10G.m dk_matlab\zhou_paper\new051209\resonant\f_deltax_deltaz060108_28G.m dk_matlab\zhou_paper\new051209\resonant\f_resonant.m dk_matlab\zhou_paper\new051209\resonant\f_theta060107.m dk_matlab\zhou_paper\new051209\resonant\r_aeff_beta051223.m dk_matlab\zhou_paper\new051209\resonant\r_aeff_beta22.m dk_matlab\zhou_paper\new051209\resonant\R_deltax_deltaz060108_10G.m dk_matlab\zhou_paper\new051209\resonant\R_deltax_deltaz060108_28G.m dk_matlab\zhou_paper\new051209\resonant\R_deltax_deltaz060108_6G.m dk_matlab\zhou_paper\new051209\resonant\W_deltaz060108_10G.m dk_matlab\zhou_paper\new051209\r_aeff_beta.m dk_matlab\zhou_paper\new051209\r_alpha.m dk_matlab\zhou_paper\new051209\Xband_alpha.asv dk_matlab\zhou_paper\new051209\Xband_alpha.m dk_matlab\zhou_paper\new051209\Xband_beta.m dk_matlab\zhou_paper\r2r1.m dk_matlab\zhou_paper\Rrod.m dk_matlab\zhou_paper\try060817.asv dk_matlab\zhou_paper\try060817.m dk_matlab\zhou_paper\new051209\resonant dk_matlab\zhou_paper\new051209 dk_matlab\is_ring_ok dk_matlab\wilkinson_divider dk_matlab\zhou_paper dk_matlab