使用ADS进行容差分析（蒙特卡洛分析、灵敏度分析、良率分析、良率优化），以带通滤波器设计为例

hpeesofsim (*) 571.update1.2 Jan 27 2023, MINT version 5 (64-bit windows built: Fri Jan 27, 2023 11:08:56 +0000) ***** Simulation started at Sat Aug 12 19:14:34 2023 Running on host: "Accident" In Directory: "G:\ADS2023_HOME\CSDN_WCCA_FILTER\data" Process ID: 9708 YIELD Yield1[1] <CSDN_WCCA_FILTER_lib:Sensitity_Filter:schematic> mcTrial=(0->250) Statistical variables defined: Process=6, Mismatch=0, Spice=0 Statistical variables used: Process=6, Mismatch=0, Spice=0 Statistical analysis 'Yield1': seed=1691838875 SP Yield1[1].SP1[0] <CSDN_WCCA_FILTER_lib:Sensitity_Filter:schematic> mcTrial=0 freq=(100 kHz->20 MHz) ******************* Current Yield(%): 0.00% Trial# 0 of 250 SP Yield1[1].SP1[1] <CSDN_WCCA_FILTER_lib:Sensitity_Filter:schematic> mcTrial=1 freq=(100 kHz->20 MHz) SP Yield1[1].SP1[2] <CSDN_WCCA_FILTER_lib:Sensitity_Filter:schematic> mcTrial=2 freq=(100 kHz->20 MHz) SP Yield1[1].SP1[3] <CSDN_WCCA_FILTER_lib:Sensitity_Filter:schematic> mcTrial=3 freq=(100 kHz->20 MHz) SP Yield1[1].SP1[4] <CSDN_WCCA_FILTER_lib:Sensitity_Filter:schematic> mcTrial=4 freq=(100 kHz->20 MHz) SP Yield1[1].SP1[5] <CSDN_WCCA_FILTER_lib:Sensitity_Filter:schematic> mcTrial=5 freq=(100 kHz->20 MHz) SP Yield1[1].SP1[6] <CSDN_WCCA_FILTER_lib:Sensitity_Filter:schematic> mcTrial=6 freq=(100 kHz->20 MHz) SP Yield1[1].SP1[7] <CSDN_WCCA_FILTER_lib:Sensitity_Filter:schematic> mcTrial=7 freq=(100 kHz->20 MHz) SP Yield1[1].SP1[8] <CSDN_WCCA_FILTER_lib:Sensitity_Filter:schematic> mcTrial=8 freq=(100 kHz->20 MHz) SP Yield1[1].SP1[9] <CSDN_WCCA_FILTER_lib:Sensitity_Filter:schematic> mcTrial=9 freq=(100 kHz->20 MHz) SP Yield1[1].SP1[10] <CSDN_WCCA_FILTER_lib:Sensitity_Filter:schematic> mcTrial=10 freq=(100 kHz->20 MHz) ******************* Current Yield(%): 70.00% Trial# 10 of 250 SP Yield1[1].SP1[11] <CSDN_WCCA_FILTER_lib:Sensitity_Filter:schematic> mcTrial=11 freq=(100 kHz->20 MHz) SP Yield1[1].SP1[12] <CSDN_WCCA_FILTER_lib:Sensitity_Filter:schematic> mcTrial=12 freq=(100 kHz->20 MHz) SP Yield1[1].SP1[13] <CSDN_WCCA_FILTER_lib:Sensitity_Filter:schematic> mcTrial=13 freq=(100 kHz->20 MHz) SP Yield1[1].SP1[14] <CSDN_WCCA_FILTER_lib:Sensitity_Filter:schematic> mcTrial=14 freq=(100 kHz->20 MHz) SP Yield1[1].SP1[15] <CSDN_WCCA_FILTER_lib:Sensitity_Filter:schematic> mcTrial=15 freq=(100 kHz->20 MHz) SP Yield1[1].SP1[16] <CSDN_WCCA_FILTER_lib:Sensitity_Filter:schematic> mcTrial=16 freq=(100 kHz->20 MHz) SP Yield1[1].SP1[17] <CSDN_WCCA_FILTER_lib:Sensitity_Filter:schematic> mcTrial=17 freq=(100 kHz->20 MHz) SP Yield1[1].SP1[18] <CSDN_WCCA_FILTER_lib:Sensitity_Filter:schematic> mcTrial=18 freq=(100 kHz->20 MHz) SP Yield1[1].SP1[19] <CSDN_WCCA_FILTER_lib:Sensitity_Filter:schematic> mcTrial=19 freq=(100 kHz->20 MHz) SP Yield1[1].SP1[20] <CSDN_WCCA_FILTER_lib:Sensitity_Filter:schematic> mcTrial=20 freq=(100 kHz->20 MHz) ******************* Current Yield(%): 65.00% Trial# 20 of 250 SP Yield1[1].SP1[21] <CSDN_WCCA_FILTER_lib:Sensitity_Filter:schematic> mcTrial=21 freq=(100 kHz->20 MHz) SP Yield1[1].SP1[22] <CSDN_WCCA_FILTER_lib:Sensitity_Filter:schematic> mcTrial=22 freq=(100 kHz->20 MHz) SP Yield1[1].SP1[23] <CSDN_WCCA_FILTER_lib:Sensitity_Filter:schematic> mcTrial=23 freq=(100 kHz->20 MHz) SP Yield1[1].SP1[24] <CSDN_WCCA_FILTER_lib:Sensitity_Filter:schematic> mcTrial=24 freq=(100 kHz->20 MHz) SP Yield1[1].SP1[25] <CSDN_WCCA_FILTER_lib:Sensitity_Filter:schematic> mcTrial=25 freq=(100 kHz->20 MHz) SP Yield1[1].SP1[26] <CSDN_WCCA_FILTER_lib:Sensitity_Filter:schematic> mcTrial=26 freq=(100 kHz->20 MHz) SP Yield1[1].SP1[27] <CSDN_WCCA_FILTER_lib:Sensitity_Filter:schematic> mcTrial=27 freq=(100 kHz->20 MHz) SP Yield1[1].SP1[28] <CSDN_WCCA_FILTER_lib:Sensitity_Filter:schematic> mcTrial=28 freq=(100 kHz->20 MHz) SP Yield1[1].SP1[29] <CSDN_WCCA_FILTER_lib:Sensitity_Filter:schematic> mcTrial=29 freq=(100 kHz->20 MHz) SP Yield1[1].SP1[30] <CSDN_WCCA_FILTER_lib:Sensitity_Filter:schematic> mcTrial=30 freq=(100 kHz->20 MHz) ******************* Current Yield(%): 63.33% Trial# 30 of 250 SP Yield1[1].SP1[31] <CSDN_WCCA_FILTER_lib:Sensitity_Filter:schematic> mcTrial=31 freq=(100 kHz->20 MHz) SP Yield1[1].SP1[32] <CSDN_WCCA_FILTER_lib:Sensitity_Filter:schematic> mcTrial=32 freq=(100 kHz->20 MHz) SP Yield1[1].SP1[33] <CSDN_WCCA_FILTER_lib:Sensitity_Filter:schematic> mcTrial=33 freq=(100 kHz->20 MHz) SP Yield1[1].SP1[34] <CSDN_WCCA_FILTER_lib:Sensitity_Filter:schematic> mcTrial=34 freq=(100 kHz->20 MHz) SP Yield1[1].SP1[35] <CSDN_WCCA_FILTER_lib:Sensitity_Filter:schematic> mcTrial=35 freq=(100 kHz->20 MHz) SP Yield1[1].SP1[36] <CSDN_WCCA_FILTER_lib:Sensitity_Filter:schematic> mcTrial=36 freq=(100 kHz->20 MHz) SP Yield1[1].SP1[37] <CSDN_WCCA_FILTER_lib:Sensitity_Filter:schematic> mcTrial=37 freq=(100 kHz->20 MHz) SP Yield1[1].SP1[38] <CSDN_WCCA_FILTER_lib:Sensitity_Filter:schematic> mcTrial=38 freq=(100 kHz->20 MHz) SP Yield1[1].SP1[39] <CSDN_WCCA_FILTER_lib:Sensitity_Filter:schematic> mcTrial=39 freq=(100 kHz->20 MHz) SP Yield1[1].SP1[40] <CSDN_WCCA_FILTER_lib:Sensitity_Filter:schematic> mcTrial=40 freq=(100 kHz->20 MHz) ******************* Current Yield(%): 65.00% Trial# 40 of 250 SP Yield1[1].SP1[41] <CSDN_WCCA_FILTER_lib:Sensitity_Filter:schematic> mcTrial=41 freq=(100 kHz->20 MHz) SP Yield1[1].SP1[42] <CSDN_WCCA_FILTER_lib:Sensitity_Filter:schematic> mcTrial=42 freq=(100 kHz->20 MHz) SP Yield1[1].SP1[43] <CSDN_WCCA_FILTER_lib:Sensitity_Filter:schematic> mcTrial=43 freq=(100 kHz->20 MHz) SP Yield1[1].SP1[44] <CSDN_WCCA_FILTER_lib:Sensitity_Filter:schematic> mcTrial=44 freq=(100 kHz->20 MHz) SP Yield1[1].SP1[45] <CSDN_WCCA_FILTER_lib:Sensitity_Filter:schematic> mcTrial=45 freq=(100 kHz->20 MHz) SP Yield1[1].SP1[46] <CSDN_WCCA_FILTER_lib:Sensitity_Filter:schematic> mcTrial=46 freq=(100 kHz->20 MHz) SP Yield1[1].SP1[47] <CSDN_WCCA_FILTER_lib:Sensitity_Filter:schematic> mcTrial=47 freq=(100 kHz->20 MHz) SP Yield1[1].SP1[48] <CSDN_WCCA_FILTER_lib:Sensitity_Filter:schematic> mcTrial=48 freq=(100 kHz->20 MHz) SP Yield1[1].SP1[49] <CSDN_WCCA_FILTER_lib:Sensitity_Filter:schematic> mcTrial=49 freq=(100 kHz->20 MHz) SP Yield1[1].SP1[50] <CSDN_WCCA_FILTER_lib:Sensitity_Filter:schematic> mcTrial=50 freq=(100 kHz->20 MHz) ******************* Current Yield(%): 68.00% Trial# 50 of 250 SP Yield1[1].SP1[51] <CSDN_WCCA_FILTER_lib:Sensitity_Filter:schematic> mcTrial=51 freq=(100 kHz->20 MHz) SP Yield1[1].SP1[52] <CSDN_WCCA_FILTER_lib:Sensitity_Filter:schematic> mcTrial=52 freq=(100 kHz->20 MHz) SP Yield1[1].SP1[53] <CSDN_WCCA_FILTER_lib:Sensitity_Filter:schematic> mcTrial=53 freq=(100 kHz->20 MHz) SP Yield1[1].SP1[54] <CSDN_WCCA_FILTER_lib:Sensitity_Filter:schematic> mcTrial=54 freq=(100 kHz->20 MHz) SP Yield1[1].SP1[55] <CSDN_WCCA_FILTER_lib:Sensitity_Filter:schematic> mcTrial=55 freq=(100 kHz->20 MHz) SP Yield1[1].SP1[56] <CSDN_WCCA_FILTER_lib:Sensitity_Filter:schematic> mcTrial=56 freq=(100 kHz->20 MHz) SP Yield1[1].SP1[57] <CSDN_WCCA_FILTER_lib:Sensitity_Filter:schematic> mcTrial=57 freq=(100 kHz->20 MHz) SP Yield1[1].SP1[58] <CSDN_WCCA_FILTER_lib:Sensitity_Filter:schematic> mcTrial=58 freq=(100 kHz->20 MHz) SP Yield1[1].SP1[59] <CSDN_WCCA_FILTER_lib:Sensitity_Filter:schematic> mcTrial=59 freq=(100 kHz->20 MHz) SP Yield1[1].SP1[60] <CSDN_WCCA_FILTER_lib:Sensitity_Filter:schematic> mcTrial=60 freq=(100 kHz->20 MHz) ******************* Current Yield(%): 66.67% Trial# 60 of 250 SP Yield1[1].SP1[61] <CSDN_WCCA_FILTER_lib:Sensitity_Filter:schematic> mcTrial=61 freq=(100 kHz->20 MHz) SP Yield1[1].SP1[62] <CSDN_WCCA_FILTER_lib:Sensitity_Filter:schematic> mcTrial=62 freq=(100 kHz->20 MHz) SP Yield1[1].SP1[63] <CSDN_WCCA_FILTER_lib:Sensitity_Filter:schematic> mcTrial=63 freq=(100