multisim 正向方波脉冲序列傅立叶分析

正向方波脉冲序列傅立叶分析及通过正弦信号模拟方波输出输入：T2-T1TimebaseScale:500us/DivTimeChannelAChannelB560.090ms40.000VRe\r亡「s亡^Q.Q^Qms也Q0QVa.aoos0.000VChannelAChannelBTriggerScale:20也乔11：Scale:5M/DiwEdge:(EJl石［a!叭函Ypcs.(Div):0¥pos.fDiu):0Level:0V|疋|叵|[5F]两叵叵-SingleNormalAuto|NoneXpQs.fpiv):□回巫晅|亟傅立叶分析设置：傅里叶分析频谱图：

数值：二向方波际冲序列僂立叶分祈3NO.HdimoNcs：TH);Grdsize-:IntErpdationDeere*!2D42.EW1^512?HarmortFrequencyMeanrudePhaseWorm.M3QNorm.Phwe91jDOO0,999925O.WOL669831Q1022KO5.950D&e^l7-17.IK5.950532^17-17.19SIL5mooo0.33311D.KO5fia)5g0.3331350.WJ4D10J712A4£€O3.56flB6s^2E1-S.77H3.56113=^16143.77855MOCl.199623fl.MB37335□.199643D.CO367a35315ucDCO1.03flDGe-01G314.294l.OJOi*町]£<114.2M1577DMCL蜩1勺n.DDlll^lS6L斗珑5D-KBS^FL?]168aWO2,K39&^]6138,3952.57DlbE<]]6123,33517ggwo0.11DWD.COL34a>50.UD451Q-mLIBlW1S10jD«n1.53B2e-0id71.1&477i.5BE33=-ai671.94751911iiroo2』7753fc雄G6.C69G2.77559=^0665.089^201232COJl.M2£2e^3fi30.W7ti1.00269=^1630.9975-132.&5£a&=hM666.2*952.8667=^36£6.36SAH31ZSGl.日垃駐町泊117.3A5两15330OTZ.7693e-OK63,03372.7695l£<J06&3,08B5詞IS36WJLOLSMe^]&3-.77B43L.0JMibE<]]63«7733-2Z517J7CO35.875MeJM6-J50.975.875®e^06-150.972618iECOD2.52B57e-0Jfi131.155L513152-01613L155-193HO34.261&=^>M-156.724.2fil92e-<]D6-1M.7228202DCO3乙39ED9e町出90.030B2.39627=0163).0306在傅立叶分析之后，按照傅立叶的幅频分析，可以根据仿真图结果大致作出以下模拟电路通过多个幅度、频率的正弦信号来合成方波：

R20.14444Vpk7kHziko1VpkJJkHz0,3333333VpkR20.14444Vpk7kHziko1VpkJJkHz0,33