etoth/audio-synth
1
0 Fork 0
mirror of https://github.com/erik-toth/audio-synth.git synced 2026-11-03 18:24:17 +00:00
Code Issues Packages Projects Releases Wiki Activity

Compare commits

base: etoth/audio-synth:V3.1
etoth/audio-synth:main etoth/audio-synth:latest-safe
etoth/audio-synth:V3.4 etoth/audio-synth:V3.3 etoth/audio-synth:V3.2 etoth/audio-synth:V3.1 etoth/audio-synth:V3.0 etoth/audio-synth:V2.6 etoth/audio-synth:V2.5 etoth/audio-synth:Altium_Designer_IntLib
...
compare: etoth/audio-synth:256acf73560fdd630167f089d54e6577a26522ff
etoth/audio-synth:main etoth/audio-synth:latest-safe
etoth/audio-synth:V3.4 etoth/audio-synth:V3.3 etoth/audio-synth:V3.2 etoth/audio-synth:V3.1 etoth/audio-synth:V3.0 etoth/audio-synth:V2.6 etoth/audio-synth:V2.5 etoth/audio-synth:Altium_Designer_IntLib
17 Commits
V3.1 ... 256acf7356
Author SHA1 Message Date
Wendelin Waldhart 256acf7356 Merge branch 'main' of https://github.com/erik-toth/audio-synth 2025-12-22 13:11:56 +01:00
Wendelin Waldhart 9798c31663 VCF added HP, small circuit changes, changed controll current 2025-12-22 13:07:24 +01:00
etoth d294c74a4b Update TO-DO list and version history in README 2025-12-18 16:34:32 +01:00
etoth 1df705d7e2 PCB main schematic progress 
TOP done; MCU done; CV_GEN done; VCO done; PM done; VCA done; OS done; waiting for VCF; EXT waiting until VCF done
 2025-12-18 16:28:24 +01:00
etoth 2a51182080 Main schematic progress; checked VCA -> Voice Mixer compatibilty; DA Lib Update to V3.2 
VCA-Voice Mixer checked if there might be a problem because of the offset, checked out to be ok after some minor fixes
 2025-12-14 16:41:19 +01:00
etoth 8999384170 Further additions general schematics 
MCU mostly done; VCO mostly done; PM mostly done; started OS; going to begin VCA; waiting for VCF
 2025-12-13 11:36:54 +01:00
Wendelin Waldhart d7025a91f9 Added Octave +2 Shift, Changed Designators for 8-Shift, Normalized Restistance Values for PWM, Small changes changes uC-Compensation 2025-12-12 14:52:32 +01:00
etoth 19db4a9944 Harness for SC1 and SC2 added 2025-12-11 22:58:54 +01:00
etoth ab940cbafc Main schematic update 
MCU mostly finished; PM mostly finished, VCM not done yet; Status LED not done
 2025-12-11 20:43:15 +01:00
etoth 3091411d4d Corretion on project_sim 2025-12-11 15:02:34 +01:00
Wendelin Waldhart 43ef4b4651 Merge branch 'main' of https://github.com/erik-toth/audio-synth 2025-12-11 14:04:04 +01:00
etoth 4c50a877b8 Edits DA Lib and General Schematics 
Powermanagement VCM inn't done yet; in Process of creating the MCU schematic
 2025-12-11 06:59:11 +01:00
etoth fe564a01f9 Created project for PCB 
Initial configuartion
 2025-12-10 07:38:23 +01:00
etoth 59179ad669 Small library changes 
in the next days there will be again a version update
 2025-12-09 22:30:21 +01:00
etoth c8e13d09d1 TRI2SAW Labor 
Analog Discovery 3 Aufbau Erik Tóth
 2025-12-09 16:38:58 +01:00
etoth f873af11e4 Added Transistor Matched Pair PNP and Push-Pull for VCM 
affected Project: ETOTH-TRI-SQR_VCO_SS
 2025-12-09 15:14:57 +01:00
Wendelin Waldhart 36a04e7ed5 SAW/PWM-Test, Thermal Compensation Sim 2025-12-09 13:19:52 +01:00
792 changed files with 14786 additions and 25419 deletions
Expand all files Collapse all files

No files matched your search

dev/analog/ETOTH-Amp_LM386/Amp_LM386.SchDoc
BIN
View File
Binary file not shown.
dev/analog/ETOTH-Amp_LM386/ETOTH-Amp_LM386.PrjPcb
+2 -2
View File
@@ -110,7 +110,7 @@ ActiveProfile=TDGTWOJV
ProfileId0=TDGTWOJV ProfileId0=TDGTWOJV
ProfileName0=Mixed Sim Configuration ProfileName0=Mixed Sim Configuration
OutputType0=AdvSimNetlist OutputType0=AdvSimNetlist
ConfigParameters0=OP_Analysis=True|TRAN_Analysis=True|DC_Analysis=True|AC_Analysis=True|TF_Analysis=False|PZ_Analysis=False|Noise_Analysis=False|SP_Analysis=False|TRAN_FourierAnalysis=False|TRAN_StressAnalysis=False|TempSweep_Analysis=False|ParamSweep_Analysis=True|MonteCarlo_Analysis=False|TF_Enabled=False|TF_Source=|TF_Reference=0|PZ_Enabled=False|PZ_Node1=|PZ_Node2=0|PZ_Node3=|PZ_Node4=0|PZ_AnalType=PZ|PZ_TfType=VOL|AnalysesDataSavedIndex=4|DC_ShowMeasTableChart=False|DC_PrimarySource=IC1A|DC_PrimaryStart=1n|DC_PrimaryStop=1u|DC_PrimaryStep=100n|DC_EnableSecondary=False|DC_SecondarySource=|DC_SecondaryStart=|DC_SecondaryStop=|DC_SecondaryStep=|Noise_Enabled=False|Noise_Source=|Noise_Output=|Noise_Reference=0|Noise_Start_UserValue=22|Noise_Start=22|Noise_Stop_UserValue=22000|Noise_Stop=22000|Noise_TestPoints_UserValue=50|Noise_TestPoints=50|Noise_PointsPerSummary=0|Noise_SweepType=DEC|SP_Enabled=False|AC_StartFrequency_UserValue=22|AC_StartFrequency=22|AC_StopFrequency_UserValue=22000|AC_StopFrequency=22000|AC_TestPoints_UserValue=50|AC_TestPoints=50|AC_SweepType=DEC|AC_ShowMeasTableChart=False|SP_Impedance0_UserValue=|SP_Impedance1_UserValue=|TRAN_StartTime_UserValue=0|TRAN_StartTime=0|TRAN_StopTime_UserValue=|TRAN_StopTime=22.73m|TRAN_StepTime_UserValue=|TRAN_StepTime=181.8u|TRAN_MaxStepTime_UserValue=|TRAN_MaxStepTime=181.8u|TRAN_AlwaysSetDefaults=True|TRAN_DefaultCycles_UserValue=5|TRAN_DefaultCycles=5|TRAN_DefaultPointsPerCycle_UserValue=50|TRAN_DefaultPointsPerCycle=50|TRAN_UseInitialConditions=False|TRAN_FourierEnabled=False|TRAN_FourierFundFreq_UserValue=220|TRAN_FourierFundFreq=220|TRAN_FourierNumHarmonics_UserValue=20|TRAN_FourierNumHarmonics=20|TRAN_StressEnabled=False|TRAN_ShowMeasTableChart=False|TempSweep_Start_UserValue=|TempSweep_Start=-10|TempSweep_Stop_UserValue=|TempSweep_Stop=60|TempSweep_Step_UserValue=|TempSweep_Step=10|ParamSweep_Parameter1=C_DCBLOCK_OUT|ParamSweep_Type1=LIST|ParamSweep_Start1=110.0u|ParamSweep_Stop1=330.0u|ParamSweep_Step1=100u 150u 220u 330u 470u 680u|ParamSweep_SweepType1=False|ParamSweep_SecondaryEnabled=False|ParamSweep_Parameter2=|ParamSweep_Type2=LIN|ParamSweep_Start2=|ParamSweep_Stop2=|ParamSweep_Step2=|ParamSweep_SweepType2=False|MonteCarlo_NumberOfRuns=10|MonteCarlo_DistributionType=GAUSS|MonteCarlo_Seed=-1|MonteCarlo_ResistorTolerance=10%|MonteCarlo_ResistorTolerance_UserValue=10%|MonteCarlo_CapacitorTolerance=10%|MonteCarlo_CapacitorTolerance_UserValue=10%|MonteCarlo_InductorTolerance=10%|MonteCarlo_InductorTolerance_UserValue=10%|MonteCarlo_TransistorTolerance=10%|MonteCarlo_TransistorTolerance_UserValue=10%|MonteCarlo_DCSourceTolerance=10%|MonteCarlo_DCSourceTolerance_UserValue=10%|MonteCarlo_DigitalTpTolerance=10%|MonteCarlo_DigitalTpTolerance_UserValue=10%|Sensitivity_Analysis=False|Sensitivity_GroupDeviationsEnabled=False|Sensitivity_GroupResistorEnabled=True|Sensitivity_GroupResistorDeviation_UserValue=|Sensitivity_GroupResistorDeviation=1m|Sensitivity_GroupCapacitorEnabled=False|Sensitivity_GroupCapacitorDeviation_UserValue=|Sensitivity_GroupCapacitorDeviation=1m|Sensitivity_GroupInductorEnabled=False|Sensitivity_GroupInductorDeviation_UserValue=|Sensitivity_GroupInductorDeviation=1m|Sensitivity_GroupTransistorEnabled=False|Sensitivity_GroupTransistorDeviation_UserValue=|Sensitivity_GroupTransistorDeviation=1m|Sensitivity_GroupDcSourceEnabled=False|Sensitivity_GroupDcSourceDeviation_UserValue=|Sensitivity_GroupDcSourceDeviation=1m|Sensitivity_GroupGlobalParameterEnabled=False|Sensitivity_GroupGlobalParameterDeviation_UserValue=|Sensitivity_GroupGlobalParameterDeviation=1m|Sensitivity_CustomDeviationsEnabled=True|OldCfgLoaded=True|SimViewSetup=ShowActiveSignalsProbes|OPTION_Method=Gear 2|OPTION_SpiceRefNode_UserValue=|OPTION_SpiceRefNode=GND|OPTION_DVCC_UserValue=|OPTION_DVCC=5|OPTION_DVDD_UserValue=|OPTION_DVDD=15|SheetsToNetlist=0|ParamSweep_CustomStart0_UserValue=|ParamSweep_CustomStop0_UserValue=|ParamSweep_CustomStep0_UserValue=|ParamSweep_Start1_UserValue=|ParamSweep_Stop1_UserValue=|ParamSweep_Step1_UserValue=|Sensitivity_ParameterDeviation0_UserValue=|InteractiveProbeMode=False|LaunchDate=2025-12-08 12:48:54Z|DC_CustomStart0_UserValue=|DC_CustomStop0_UserValue=|DC_CustomStep0_UserValue=|DC_PrimaryStart_UserValue=|DC_PrimaryStop_UserValue=|DC_PrimaryStep_UserValue=|ParamSweep_CustomStart1_UserValue=0|ParamSweep_CustomStop1_UserValue=1|ParamSweep_CustomStep1_UserValue=0.1|DC_CustomStart1_UserValue=|DC_CustomStop1_UserValue=|DC_CustomStep1_UserValue=|DC_SecondaryStart_UserValue=|DC_SecondaryStop_UserValue=|DC_SecondaryStep_UserValue=|ParamName0=POS|ParamValue0=1|DC_CustomEnabled0=True|DC_CustomSource0=IC1A|DC_CustomStart0=1n|DC_CustomStop0=1u|DC_CustomStep0=100n|AC_VariableEnabled0=True|AC_XVariable0=|AC_Variable0=MAG(v(OUT))|AC_VariableName0=A_Speaker|AC_VariableUnits0=|AC_VariablePlot0=0|AC_VariableAxis0=0|AC_VariableColor0=8421504|SP_Port0=U_q|SP_Impedance0=50|SP_Port1=U_q|SP_Impedance1=50|TRAN_VariableEnabled0=True|TRAN_XVariable0=|TRAN_VLine truncated ConfigParameters0=OP_Analysis=True|TRAN_Analysis=True|DC_Analysis=True|AC_Analysis=True|TF_Analysis=False|PZ_Analysis=False|Noise_Analysis=False|SP_Analysis=False|TRAN_FourierAnalysis=False|TRAN_StressAnalysis=False|TempSweep_Analysis=False|ParamSweep_Analysis=True|MonteCarlo_Analysis=False|TF_Enabled=False|TF_Source=|TF_Reference=0|PZ_Enabled=False|PZ_Node1=|PZ_Node2=0|PZ_Node3=|PZ_Node4=0|PZ_AnalType=PZ|PZ_TfType=VOL|AnalysesDataSavedIndex=4|DC_ShowMeasTableChart=False|DC_PrimarySource=IC1A|DC_PrimaryStart=1n|DC_PrimaryStop=1u|DC_PrimaryStep=100n|DC_EnableSecondary=False|DC_SecondarySource=|DC_SecondaryStart=|DC_SecondaryStop=|DC_SecondaryStep=|Noise_Enabled=False|Noise_Source=|Noise_Output=|Noise_Reference=0|Noise_Start_UserValue=22|Noise_Start=22|Noise_Stop_UserValue=22000|Noise_Stop=22000|Noise_TestPoints_UserValue=50|Noise_TestPoints=50|Noise_PointsPerSummary=0|Noise_SweepType=DEC|SP_Enabled=False|AC_StartFrequency_UserValue=22|AC_StartFrequency=22|AC_StopFrequency_UserValue=22000|AC_StopFrequency=22000|AC_TestPoints_UserValue=50|AC_TestPoints=50|AC_SweepType=DEC|AC_ShowMeasTableChart=False|SP_Impedance0_UserValue=|SP_Impedance1_UserValue=|TRAN_StartTime_UserValue=0|TRAN_StartTime=0|TRAN_StopTime_UserValue=|TRAN_StopTime=22.73m|TRAN_StepTime_UserValue=|TRAN_StepTime=181.8u|TRAN_MaxStepTime_UserValue=|TRAN_MaxStepTime=181.8u|TRAN_AlwaysSetDefaults=True|TRAN_DefaultCycles_UserValue=5|TRAN_DefaultCycles=5|TRAN_DefaultPointsPerCycle_UserValue=50|TRAN_DefaultPointsPerCycle=50|TRAN_UseInitialConditions=False|TRAN_FourierEnabled=False|TRAN_FourierFundFreq_UserValue=220|TRAN_FourierFundFreq=220|TRAN_FourierNumHarmonics_UserValue=20|TRAN_FourierNumHarmonics=20|TRAN_StressEnabled=False|TRAN_ShowMeasTableChart=False|TempSweep_Start_UserValue=|TempSweep_Start=-10|TempSweep_Stop_UserValue=|TempSweep_Stop=60|TempSweep_Step_UserValue=|TempSweep_Step=10|ParamSweep_Parameter1=POS|ParamSweep_Type1=LIST|ParamSweep_Start1=0|ParamSweep_Stop1=1|ParamSweep_Step1=1|ParamSweep_SweepType1=False|ParamSweep_SecondaryEnabled=False|ParamSweep_Parameter2=|ParamSweep_Type2=LIN|ParamSweep_Start2=|ParamSweep_Stop2=|ParamSweep_Step2=|ParamSweep_SweepType2=False|MonteCarlo_NumberOfRuns=10|MonteCarlo_DistributionType=GAUSS|MonteCarlo_Seed=-1|MonteCarlo_ResistorTolerance=10%|MonteCarlo_ResistorTolerance_UserValue=10%|MonteCarlo_CapacitorTolerance=10%|MonteCarlo_CapacitorTolerance_UserValue=10%|MonteCarlo_InductorTolerance=10%|MonteCarlo_InductorTolerance_UserValue=10%|MonteCarlo_TransistorTolerance=10%|MonteCarlo_TransistorTolerance_UserValue=10%|MonteCarlo_DCSourceTolerance=10%|MonteCarlo_DCSourceTolerance_UserValue=10%|MonteCarlo_DigitalTpTolerance=10%|MonteCarlo_DigitalTpTolerance_UserValue=10%|Sensitivity_Analysis=False|Sensitivity_GroupDeviationsEnabled=False|Sensitivity_GroupResistorEnabled=True|Sensitivity_GroupResistorDeviation_UserValue=|Sensitivity_GroupResistorDeviation=1m|Sensitivity_GroupCapacitorEnabled=False|Sensitivity_GroupCapacitorDeviation_UserValue=|Sensitivity_GroupCapacitorDeviation=1m|Sensitivity_GroupInductorEnabled=False|Sensitivity_GroupInductorDeviation_UserValue=|Sensitivity_GroupInductorDeviation=1m|Sensitivity_GroupTransistorEnabled=False|Sensitivity_GroupTransistorDeviation_UserValue=|Sensitivity_GroupTransistorDeviation=1m|Sensitivity_GroupDcSourceEnabled=False|Sensitivity_GroupDcSourceDeviation_UserValue=|Sensitivity_GroupDcSourceDeviation=1m|Sensitivity_GroupGlobalParameterEnabled=False|Sensitivity_GroupGlobalParameterDeviation_UserValue=|Sensitivity_GroupGlobalParameterDeviation=1m|Sensitivity_CustomDeviationsEnabled=True|OldCfgLoaded=True|SimViewSetup=ShowActiveSignalsProbes|OPTION_Method=Gear 2|OPTION_SpiceRefNode_UserValue=|OPTION_SpiceRefNode=GND|OPTION_DVCC_UserValue=|OPTION_DVCC=5|OPTION_DVDD_UserValue=|OPTION_DVDD=15|SheetsToNetlist=0|ParamSweep_CustomStart0_UserValue=0|ParamSweep_CustomStop0_UserValue=1|ParamSweep_CustomStep0_UserValue=|ParamSweep_Start1_UserValue=0|ParamSweep_Stop1_UserValue=1|ParamSweep_Step1_UserValue=|Sensitivity_ParameterDeviation0_UserValue=|InteractiveProbeMode=False|LaunchDate=2025-12-17 15:45:18Z|DC_CustomStart0_UserValue=|DC_CustomStop0_UserValue=|DC_CustomStep0_UserValue=|DC_PrimaryStart_UserValue=|DC_PrimaryStop_UserValue=|DC_PrimaryStep_UserValue=|ParamSweep_CustomStart1_UserValue=0|ParamSweep_CustomStop1_UserValue=1|ParamSweep_CustomStep1_UserValue=0.1|DC_CustomStart1_UserValue=|DC_CustomStop1_UserValue=|DC_CustomStep1_UserValue=|DC_SecondaryStart_UserValue=|DC_SecondaryStop_UserValue=|DC_SecondaryStep_UserValue=|ParamName0=POS|ParamValue0=1|DC_CustomEnabled0=True|DC_CustomSource0=IC1A|DC_CustomStart0=1n|DC_CustomStop0=1u|DC_CustomStep0=100n|AC_VariableEnabled0=True|AC_XVariable0=|AC_Variable0=MAG(v(OUT))|AC_VariableName0=A_Speaker|AC_VariableUnits0=|AC_VariablePlot0=0|AC_VariableAxis0=0|AC_VariableColor0=8421504|SP_Port0=U_q|SP_Impedance0=50|SP_Port1=U_q|SP_Impedance1=50|TRAN_VariableEnabled0=True|TRAN_XVariable0=|TRAN_Variable0=v(IN)|TRAN_VariableName0=U_IN|TRAN_Line truncated
[OutputGroup1] [OutputGroup1]
Name=Netlist Outputs Name=Netlist Outputs
@@ -236,7 +236,7 @@ OutputDefault1=0
Configuration1_Name1=ForceUpdateSettings Configuration1_Name1=ForceUpdateSettings
Configuration1_Item1=False Configuration1_Item1=False
Configuration1_Name2=OutputConfigurationParameter1 Configuration1_Name2=OutputConfigurationParameter1
Configuration1_Item2=OP_Analysis=True|TRAN_Analysis=True|DC_Analysis=True|AC_Analysis=True|TF_Analysis=False|PZ_Analysis=False|Noise_Analysis=False|SP_Analysis=False|TRAN_FourierAnalysis=False|TRAN_StressAnalysis=False|TempSweep_Analysis=False|ParamSweep_Analysis=True|MonteCarlo_Analysis=False|TF_Enabled=False|TF_Source= |TF_Reference=0|PZ_Enabled=False|PZ_Node1= |PZ_Node2=0|PZ_Node3= |PZ_Node4=0|PZ_AnalType=PZ|PZ_TfType=VOL|AnalysesDataSavedIndex=4|DC_ShowMeasTableChart=False|DC_PrimarySource=IC1A|DC_PrimaryStart=1n|DC_PrimaryStop=1u|DC_PrimaryStep=100n|DC_EnableSecondary=False|DC_SecondarySource= |DC_SecondaryStart= |DC_SecondaryStop= |DC_SecondaryStep= |Noise_Enabled=False|Noise_Source= |Noise_Output= |Noise_Reference=0|Noise_Start_UserValue=22|Noise_Start=22|Noise_Stop_UserValue=22000|Noise_Stop=22000|Noise_TestPoints_UserValue=50|Noise_TestPoints=50|Noise_PointsPerSummary=0|Noise_SweepType=DEC|SP_Enabled=False|AC_StartFrequency_UserValue=22|AC_StartFrequency=22|AC_StopFrequency_UserValue=22000|AC_StopFrequency=22000|AC_TestPoints_UserValue=50|AC_TestPoints=50|AC_SweepType=DEC|AC_ShowMeasTableChart=False|SP_Impedance0_UserValue= |SP_Impedance1_UserValue= |TRAN_StartTime_UserValue=0|TRAN_StartTime=0|TRAN_StopTime_UserValue= |TRAN_StopTime=22.73m|TRAN_StepTime_UserValue= |TRAN_StepTime=181.8u|TRAN_MaxStepTime_UserValue= |TRAN_MaxStepTime=181.8u|TRAN_AlwaysSetDefaults=True|TRAN_DefaultCycles_UserValue=5|TRAN_DefaultCycles=5|TRAN_DefaultPointsPerCycle_UserValue=50|TRAN_DefaultPointsPerCycle=50|TRAN_UseInitialConditions=False|TRAN_FourierEnabled=False|TRAN_FourierFundFreq_UserValue=220|TRAN_FourierFundFreq=220|TRAN_FourierNumHarmonics_UserValue=20|TRAN_FourierNumHarmonics=20|TRAN_StressEnabled=False|TRAN_ShowMeasTableChart=False|TempSweep_Start_UserValue= |TempSweep_Start=-10|TempSweep_Stop_UserValue= |TempSweep_Stop=60|TempSweep_Step_UserValue= |TempSweep_Step=10|ParamSweep_Parameter1=C_DCBLOCK_OUT|ParamSweep_Type1=LIST|ParamSweep_Start1=110.0u|ParamSweep_Stop1=330.0u|ParamSweep_Step1=100u 150u 220u 330u 470u 680u|ParamSweep_SweepType1=False|ParamSweep_SecondaryEnabled=False|ParamSweep_Parameter2= |ParamSweep_Type2=LIN|ParamSweep_Start2= |ParamSweep_Stop2= |ParamSweep_Step2= |ParamSweep_SweepType2=False|MonteCarlo_NumberOfRuns=10|MonteCarlo_DistributionType=GAUSS|MonteCarlo_Seed=-1|MonteCarlo_ResistorTolerance=10%|MonteCarlo_ResistorTolerance_UserValue=10%|MonteCarlo_CapacitorTolerance=10%|MonteCarlo_CapacitorTolerance_UserValue=10%|MonteCarlo_InductorTolerance=10%|MonteCarlo_InductorTolerance_UserValue=10%|MonteCarlo_TransistorTolerance=10%|MonteCarlo_TransistorTolerance_UserValue=10%|MonteCarlo_DCSourceTolerance=10%|MonteCarlo_DCSourceTolerance_UserValue=10%|MonteCarlo_DigitalTpTolerance=10%|MonteCarlo_DigitalTpTolerance_UserValue=10%|Sensitivity_Analysis=False|Sensitivity_GroupDeviationsEnabled=False|Sensitivity_GroupResistorEnabled=True|Sensitivity_GroupResistorDeviation_UserValue= |Sensitivity_GroupResistorDeviation=1m|Sensitivity_GroupCapacitorEnabled=False|Sensitivity_GroupCapacitorDeviation_UserValue= |Sensitivity_GroupCapacitorDeviation=1m|Sensitivity_GroupInductorEnabled=False|Sensitivity_GroupInductorDeviation_UserValue= |Sensitivity_GroupInductorDeviation=1m|Sensitivity_GroupTransistorEnabled=False|Sensitivity_GroupTransistorDeviation_UserValue= |Sensitivity_GroupTransistorDeviation=1m|Sensitivity_GroupDcSourceEnabled=False|Sensitivity_GroupDcSourceDeviation_UserValue= |Sensitivity_GroupDcSourceDeviation=1m|Sensitivity_GroupGlobalParameterEnabled=False|Sensitivity_GroupGlobalParameterDeviation_UserValue= |Sensitivity_GroupGlobalParameterDeviation=1m|Sensitivity_CustomDeviationsEnabled=True|OldCfgLoaded=True|SimViewSetup=ShowActiveSignalsProbes|OPTION_Method=Gear 2|OPTION_SpiceRefNode_UserValue= |OPTION_SpiceRefNode=GND|OPTION_DVCC_UserValue= |OPTION_DVCC=5|OPTION_DVDD_UserValue= |OPTION_DVDD=15|SheetsToNetlist=0|ParamSweep_CustomStart0_UserValue= |ParamSweep_CustomStop0_UserValue= |ParamSweep_CustomStep0_UserValue= |ParamSweep_Start1_UserValue= |ParamSweep_Stop1_UserValue= |ParamSweep_Step1_UserValue= |Sensitivity_ParameterDeviation0_UserValue= |InteractiveProbeMode=False|LaunchDate=2025-12-08 12:48:54Z|DC_CustomStart0_UserValue= |DC_CustomStop0_UserValue= |DC_CustomStep0_UserValue= |DC_PrimaryStart_UserValue= |DC_PrimaryStop_UserValue= |DC_PrimaryStep_UserValue= |ParamSweep_CustomStart1_UserValue=0|ParamSweep_CustomStop1_UserValue=1|ParamSweep_CustomStep1_UserValue=0.1|DC_CustomStart1_UserValue= |DC_CustomStop1_UserValue= |DC_CustomStep1_UserValue= |DC_SecondaryStart_UserValue= |DC_SecondaryStop_UserValue= |DC_SecondaryStep_UserValue= |ParamName0=POS|ParamValue0=1|DC_CustomEnabled0=True|DC_CustomSource0=IC1A|DC_CustomStart0=1n|DC_CustomStop0=1u|DC_CustomStep0=100n|AC_VariableEnabled0=True|AC_XVariable0= |AC_Variable0=MAG(v(OUT))|AC_VariableName0=A_Speaker|AC_VariableUnits0= |AC_VariablePlot0=0|AC_VariableAxis0=0|AC_VariableColor0=8421504|SP_Port0=U_q|SP_Impedance0=50|SP_Port1=U_q|SP_Impedance1Line truncated Configuration1_Item2=OP_Analysis=True|TRAN_Analysis=True|DC_Analysis=True|AC_Analysis=True|TF_Analysis=False|PZ_Analysis=False|Noise_Analysis=False|SP_Analysis=False|TRAN_FourierAnalysis=False|TRAN_StressAnalysis=False|TempSweep_Analysis=False|ParamSweep_Analysis=True|MonteCarlo_Analysis=False|TF_Enabled=False|TF_Source= |TF_Reference=0|PZ_Enabled=False|PZ_Node1= |PZ_Node2=0|PZ_Node3= |PZ_Node4=0|PZ_AnalType=PZ|PZ_TfType=VOL|AnalysesDataSavedIndex=4|DC_ShowMeasTableChart=False|DC_PrimarySource=IC1A|DC_PrimaryStart=1n|DC_PrimaryStop=1u|DC_PrimaryStep=100n|DC_EnableSecondary=False|DC_SecondarySource= |DC_SecondaryStart= |DC_SecondaryStop= |DC_SecondaryStep= |Noise_Enabled=False|Noise_Source= |Noise_Output= |Noise_Reference=0|Noise_Start_UserValue=22|Noise_Start=22|Noise_Stop_UserValue=22000|Noise_Stop=22000|Noise_TestPoints_UserValue=50|Noise_TestPoints=50|Noise_PointsPerSummary=0|Noise_SweepType=DEC|SP_Enabled=False|AC_StartFrequency_UserValue=22|AC_StartFrequency=22|AC_StopFrequency_UserValue=22000|AC_StopFrequency=22000|AC_TestPoints_UserValue=50|AC_TestPoints=50|AC_SweepType=DEC|AC_ShowMeasTableChart=False|SP_Impedance0_UserValue= |SP_Impedance1_UserValue= |TRAN_StartTime_UserValue=0|TRAN_StartTime=0|TRAN_StopTime_UserValue= |TRAN_StopTime=22.73m|TRAN_StepTime_UserValue= |TRAN_StepTime=181.8u|TRAN_MaxStepTime_UserValue= |TRAN_MaxStepTime=181.8u|TRAN_AlwaysSetDefaults=True|TRAN_DefaultCycles_UserValue=5|TRAN_DefaultCycles=5|TRAN_DefaultPointsPerCycle_UserValue=50|TRAN_DefaultPointsPerCycle=50|TRAN_UseInitialConditions=False|TRAN_FourierEnabled=False|TRAN_FourierFundFreq_UserValue=220|TRAN_FourierFundFreq=220|TRAN_FourierNumHarmonics_UserValue=20|TRAN_FourierNumHarmonics=20|TRAN_StressEnabled=False|TRAN_ShowMeasTableChart=False|TempSweep_Start_UserValue= |TempSweep_Start=-10|TempSweep_Stop_UserValue= |TempSweep_Stop=60|TempSweep_Step_UserValue= |TempSweep_Step=10|ParamSweep_Parameter1=POS|ParamSweep_Type1=LIST|ParamSweep_Start1=0|ParamSweep_Stop1=1|ParamSweep_Step1=1|ParamSweep_SweepType1=False|ParamSweep_SecondaryEnabled=False|ParamSweep_Parameter2= |ParamSweep_Type2=LIN|ParamSweep_Start2= |ParamSweep_Stop2= |ParamSweep_Step2= |ParamSweep_SweepType2=False|MonteCarlo_NumberOfRuns=10|MonteCarlo_DistributionType=GAUSS|MonteCarlo_Seed=-1|MonteCarlo_ResistorTolerance=10%|MonteCarlo_ResistorTolerance_UserValue=10%|MonteCarlo_CapacitorTolerance=10%|MonteCarlo_CapacitorTolerance_UserValue=10%|MonteCarlo_InductorTolerance=10%|MonteCarlo_InductorTolerance_UserValue=10%|MonteCarlo_TransistorTolerance=10%|MonteCarlo_TransistorTolerance_UserValue=10%|MonteCarlo_DCSourceTolerance=10%|MonteCarlo_DCSourceTolerance_UserValue=10%|MonteCarlo_DigitalTpTolerance=10%|MonteCarlo_DigitalTpTolerance_UserValue=10%|Sensitivity_Analysis=False|Sensitivity_GroupDeviationsEnabled=False|Sensitivity_GroupResistorEnabled=True|Sensitivity_GroupResistorDeviation_UserValue= |Sensitivity_GroupResistorDeviation=1m|Sensitivity_GroupCapacitorEnabled=False|Sensitivity_GroupCapacitorDeviation_UserValue= |Sensitivity_GroupCapacitorDeviation=1m|Sensitivity_GroupInductorEnabled=False|Sensitivity_GroupInductorDeviation_UserValue= |Sensitivity_GroupInductorDeviation=1m|Sensitivity_GroupTransistorEnabled=False|Sensitivity_GroupTransistorDeviation_UserValue= |Sensitivity_GroupTransistorDeviation=1m|Sensitivity_GroupDcSourceEnabled=False|Sensitivity_GroupDcSourceDeviation_UserValue= |Sensitivity_GroupDcSourceDeviation=1m|Sensitivity_GroupGlobalParameterEnabled=False|Sensitivity_GroupGlobalParameterDeviation_UserValue= |Sensitivity_GroupGlobalParameterDeviation=1m|Sensitivity_CustomDeviationsEnabled=True|OldCfgLoaded=True|SimViewSetup=ShowActiveSignalsProbes|OPTION_Method=Gear 2|OPTION_SpiceRefNode_UserValue= |OPTION_SpiceRefNode=GND|OPTION_DVCC_UserValue= |OPTION_DVCC=5|OPTION_DVDD_UserValue= |OPTION_DVDD=15|SheetsToNetlist=0|ParamSweep_CustomStart0_UserValue=0|ParamSweep_CustomStop0_UserValue=1|ParamSweep_CustomStep0_UserValue= |ParamSweep_Start1_UserValue=0|ParamSweep_Stop1_UserValue=1|ParamSweep_Step1_UserValue= |Sensitivity_ParameterDeviation0_UserValue= |InteractiveProbeMode=False|LaunchDate=2025-12-17 15:45:18Z|DC_CustomStart0_UserValue= |DC_CustomStop0_UserValue= |DC_CustomStep0_UserValue= |DC_PrimaryStart_UserValue= |DC_PrimaryStop_UserValue= |DC_PrimaryStep_UserValue= |ParamSweep_CustomStart1_UserValue=0|ParamSweep_CustomStop1_UserValue=1|ParamSweep_CustomStep1_UserValue=0.1|DC_CustomStart1_UserValue= |DC_CustomStop1_UserValue= |DC_CustomStep1_UserValue= |DC_SecondaryStart_UserValue= |DC_SecondaryStop_UserValue= |DC_SecondaryStep_UserValue= |ParamName0=POS|ParamValue0=1|DC_CustomEnabled0=True|DC_CustomSource0=IC1A|DC_CustomStart0=1n|DC_CustomStop0=1u|DC_CustomStep0=100n|AC_VariableEnabled0=True|AC_XVariable0= |AC_Variable0=MAG(v(OUT))|AC_VariableName0=A_Speaker|AC_VariableUnits0= |AC_VariablePlot0=0|AC_VariableAxis0=0|AC_VariableColor0=8421504|SP_Port0=U_q|SP_Impedance0=50|SP_Port1=U_q|SP_Impedance1=50|TRAN_VariableEnabled0=True|TRAN_XVariable0= Line truncated
[OutputGroup3] [OutputGroup3]
Name=Documentation Outputs Name=Documentation Outputs
dev/analog/ETOTH-Amp_LM386/History/Amp_LM386.~(10).SchDoc.Zip
BIN
View File
Binary file not shown.
dev/analog/ETOTH-Amp_LM386/History/Amp_LM386.~(100).SchDoc.Zip
BIN
View File
Binary file not shown.
dev/analog/ETOTH-Amp_LM386/History/Amp_LM386.~(101).SchDoc.Zip
BIN
View File
Binary file not shown.
dev/analog/ETOTH-Amp_LM386/History/Amp_LM386.~(102).SchDoc.Zip
BIN
View File
Binary file not shown.
dev/analog/ETOTH-Amp_LM386/History/Amp_LM386.~(103).SchDoc.Zip
BIN
View File
Binary file not shown.
dev/analog/ETOTH-Amp_LM386/History/Amp_LM386.~(104).SchDoc.Zip
BIN
View File
Binary file not shown.
dev/analog/ETOTH-Amp_LM386/History/Amp_LM386.~(105).SchDoc.Zip
BIN
View File
Binary file not shown.
dev/analog/ETOTH-Amp_LM386/History/ETOTH-Amp_LM386.~(10).PrjPcb.Zip
BIN
View File
Binary file not shown.
dev/analog/ETOTH-Amp_LM386/History/Simulation/ETOTH-Amp_LM386.~(10).sdf.Zip
BIN
View File
Binary file not shown.
dev/analog/ETOTH-Amp_LM386/History/project_sim_config.~(10).simcfg.Zip
BIN
View File
Binary file not shown.
dev/analog/ETOTH-Amp_LM386/Project Outputs for ETOTH-Amp_LM386/ETOTH-Amp_LM386.nsx
+6 -5
View File
@@ -1,5 +1,5 @@
ETOTH-Amp_LM386 ETOTH-Amp_LM386
*SPICE Netlist generated by Advanced Sim server on 08.12.2025 13:48:55 *SPICE Netlist generated by Advanced Sim server on 17.12.2025 16:45:18
.options MixedSimGenerated .options MixedSimGenerated
*Schematic Netlist: *Schematic Netlist:
@@ -11,18 +11,19 @@ LL_Speaker 0 NetL_Speaker_2 0.1mH
RR_POTA 0 NetR_POT_2 {10k * {POS}} RR_POTA 0 NetR_POT_2 {10k * {POS}}
RR_POTB NetR_POT_2 IN_FILT {10k - (10k * {POS})} RR_POTB NetR_POT_2 IN_FILT {10k - (10k * {POS})}
RR_Speaker NetL_Speaker_2 OUT 4R RR_Speaker NetL_Speaker_2 OUT 4R
RR_static1 NetIC1_3 NetR_POT_2 100k RR_static1 NetIC1_3 NetR_POT_2 75k
RR_static2 0 NetIC1_3 10k RR_static2 0 NetIC1_3 10k
VU_q VAP 0 10V VU_q VAP 0 10V
VUin IN 0 DC 0 SIN(5 2 220 0 0 0) AC 1 0 VUin IN 0 DC 0 SIN(5 2 220 0 0 0) AC 1 0
.PLOT AC {MAG(v(OUT))} =PLOT(1) =AXIS(1) =NAME(A_Speaker) .PLOT TRAN {v(IN)} =PLOT(1) =AXIS(1) =NAME(U_IN) =UNITS(V) =RGB(0, 0, 255)
.PLOT TRAN {v(OUT)} =PLOT(2) =AXIS(1) =NAME(U_OUT) =UNITS(V) =RGB(255, 153, 0)
.OPTIONS METHOD=GEAR MAXORD=2 .OPTIONS METHOD=GEAR MAXORD=2
*Selected Circuit Analyses: *Selected Circuit Analyses:
.AC DEC 50 22 22000 .TRAN 90.91u 22.73m 0 90.91u
.CONTROL .CONTROL
SWEEP C_DCBLOCK_OUT LIST 100u 150u 220u 330u 470u 680u SWEEP POS LIST 1
.ENDC .ENDC
*Global Parameters: *Global Parameters:
dev/analog/ETOTH-Amp_LM386/Project Outputs for ETOTH-Amp_LM386/Status Report.Txt
+1 -1
View File
@@ -7,4 +7,4 @@ From : Project [ETOTH-Amp_LM386.PrjPcb]
Files Generated : 1 Files Generated : 1
Documents Printed : 0 Documents Printed : 0
Finished Output Generation At 13:33:33 On 08.12.2025 Finished Output Generation At 16:43:39 On 17.12.2025
dev/analog/ETOTH-Amp_LM386/Simulation/ETOTH-Amp_LM386.sdf
BIN
View File
Binary file not shown.
dev/analog/ETOTH-Amp_LM386/__Previews/Amp_LM386.SchDocPreview
+3 -3
View File
@@ -2,13 +2,13 @@
LargeImageOriginalSize=660000 LargeImageOriginalSize=660000
LargeImageWidth=500 LargeImageWidth=500
LargeImageHeight=330 LargeImageHeight=330
LargeImage=789CEDBDF9575CC9B52EB8FF90FB3FF40FEFF56BAFFB5BAFF7FAAEFEAD97EFBA5ECFAFFBF66B5FDB5576D96559B25D2E57956B94549A4BA23422310B1042854684040884103328C59C621483189450C93C482A2FFAC441272B4912F2C4CE883C91F0B1D65E499E3C3B62E7175FC617FB449C38858585B4FAC31A4C81E515004BE069A6014B6069A2014B7576E56A211542CF9519B8093C4D3560092C4D3460A9CE9241CF67DFB6F9F4F8A0E7B1C432D3B9D93914B4631CE9EFF63C9664C7B37F6AD98E6F62A8D7F358921D4BC746FAFB3D8F6127609977A7923A9FD6791EC74EC0B2EA692FB536557B1E871B4B063D1776E6D405CF637063A6737362618D2E9E4FF33C8E9D80E78BF1A0F5FA864E9F3CE3792CC98EE5D0E21AA57E7B8ECE7DB2D7F358921DCB45CB26C60374FEAC8831E8793CC98CA5B0C2D44B9496F3805617473C8F259641CFD59AE9DC1436BDBA467DD5373C8F6327E059D1D44D9753A1E72AACF07A39DD4FC3EF5C85A5E5DFA6DCF45412E34DAF6349762C3FFEE00BCA3E2FB05CF63C9658960C7A2EAEB75FCD4A8E9CD2746EFA7AC5F5F66C9A1EC7F5F678AD5160999B4E7595259EC792EC580A13E3CC270F8A3D8F63276029F4FCA61DA3F91A643A9645F7EAA9AAFCAEE771B8B164D0F36432D3B9996C063C81A589062C81A589063D576BE026F034D58025B034D180A53A73ABE7FD432336EEB0ED6DCFDE7D9EC7B0930C78024B130D58024B2F4C959E4796B5B0FA3AA64FE439D17C629D13CDE7FBB98584D4C3F1918D55576C9CF6888C3591B8E9E0811B0C04FFD7D6D6600A4DF4275EC7B0930C78EAC375FE8D78BD49C1915EFB5859750BBD1CECA665FBF3BBD4DD526D1F1F1E1CA637D66B5B8BCFFABC9F4682CBD6B15EFBFF44B5931B9D869E43CFB78A3591B841CF778E417F80673298C0B577618D2A322ED085825ACABC90466F829D9496758FB24E1FB0CF117A5F5D7693AE64E4D1859C9B9493728C3E7EEF7D4A3D79386A79DD832FA9BDBDC51E23B4B777D8BE2AE38DD5BF41CFA1E75BC59A48DCA0E73BC7A03FC033192C5CCF8FA5E4D2B5FB8F69B0E9069D3879894E9DFE96D6968334363E669FFBD991347A7C33CBD67571FEB933B934BE12A48ECAB284B5936A3D177DA163B34BCB1BDE47B3C873A2F9C43A279A4F20389B907A383EB2B1EA8A8DD31E91B12612371D3C708341FE9582D0EFE5C089B3F66F6178B09B4A6E15D9C76E5D2FA2A25B25D6387D857CE5F91B7E5F45B7AEDBAFB5DD23949F7E9146BA6BC93718B4FFCFCB4AA515EB33A79CDD64D01FE0990CE6E67A7B5B5DA57DBCD63ABEB6B66C5F7717E73BC713D94EC8CF139F337272481DB171DA63B7E7E79F7CF491FDBA6059CAD183F6FF470F1EA4773E4DA10F7FFF7BEBFD9B0DBFAF836FCF397868FDDADBE14307E9688A55DE42AFF559CA86727693417F806732986A5CA1E7D0735DB171DA63B7EBF9CF7FF19EFD5B18B0C6E7BF7EE7B7F6185CE8B9D0E6725F3B0DFACA37FCBE1C3D4FBB5166E7E46537D2E8371F9CA0C29C147AFF4F1FD0A9ECEFA82CEB1BCFFBAD64EF2777BB01CFE4C0157A0E3DD7151BA73DA0E7EB7A2EAEB739C772F3726D3D5F5B5B081D73AEC5FDFCDFFF07DDB57FC3CB74BBA289D6DECC6FC8CFBDEEAF764A3FB9DB0D78EAC355A5EDDBB74F799991E5C7EADFA0E7D0F3AD624D246E26E8F956D6FD4CCCADBD91EA2BD67DBCEFB3BCEA27BD8E61271917CF13274E489D5B575717AACFA97364646443FD4253C4B9E2557C162DBE487F51AEF33E52F79C329CFAC567C2C2CF75CA71CE73CE11E78BE3E298F35D9D32DC7C7727A6DE912095DD2CA4FEDE67F6FBFEDE7E7B8EDCFE7C39688FDD9B1AAAED7BD3EC73AB5BD6D7B277B785E6DEFB075F265D7E2EFA42C7B01E0EEBE1BCC65AF57A3898BA7EC7EB18769271F0FCD9CF7E46E24FBCBA39FF273FF949A81EE1E3E8A138165E86F873F4D2D17FF179345D76FC1D5D16E73865393AECF88597E1E8BD73AEF8DFD16EA7DCC83141B4F2DDE01A7CB34659A753E8E5FC1B3A7DF02BFBF8856F2FD86BD8C5FF37ABFA6D4D7FD83346DF1EF89AF2524FDA9F8BCFC2D7C6F777B7E27E354D7999AA7A383E9C1C52476C9CF6D8CDF97970E90DBD9A9FA6BEE171EAEBF153607C84A6A71769D2B2B5378BF47272927A7A7AA867A08766ADFF5FBC18F3BC9F37D51C5D5858794303037DD4E36FA745ABDFECEB19B0DE0FD0E8E80BFBF8405F0F0D3C7F4E1D1DCFE8F9C873EA6AEBA26060DCBE2F40FC3FF2BCCF6A8369CFBF8FD726ABE7E27CE74FE8B41B1F719E30A187FFF44FFFB4AD9E47FA46D353477745398E9E87EBBCF359F898C01947385AECC42ECE71CE139F39630147CF9DB18030E11359CF7638C9E879FA8953561E7F35AA9E979594255D7EAE5A3F74F5E3D073E8B95B0C1C3DFF87E8371A5AA8BCF411ADBD0ABED59D20F55936D0D34E0DBE56EBBC25EA781EA09AAA0A0A4E3CF7BC9F37D542D7317B46EDD7564BAFDB2D2D6FAE6FB6717DD6D1BA7EBCAB87565666A9A9E109F5597A3E3920F47E9016ADCF7C754DD4F7AC83DA7D4F69ED1FAF3CFF4E26E0E9C684B639D7B785B6098D13FA1C2B4F17E73839AFF00BCFAF63E9B93027BF7762157AEB68B4781F5E9E335E10C79C3184A3EDE2BDF85CFCEF8C479CF182735D5D7CEECC0338F186CF1584BF77C5D391A0BD0EA6BFB7D37E1FED7A7B6D75E5B6D7DB65DB89CB8358FD1BF41C7ABE55AC89C4CD6B3D17361E08D2F8F8849D8FF70C0C5B79A3DFD297E14DF9B993477ADDCF9B6A32F9F9F0E8E896F979B785F7D29B37343F3DE9F9773201CF58E65C63177A177EEDDCF9DB2E678D76BD5D98A3AFCE38612B3D77B458E63B84E7E2D12C568E1D3E7E70938F7371F5AABC68E5C7EADF307F8EF9F3AD624D246E983FDF3986F9F3C4E3E9E4ABE139AD93A73B7FCE3C74347FE7FAB5539F3047D39DDC387C7D5A34DB2E278EF659F8F576AE897186735D4107AE5E9617AD7C957AAE3A1FD49597A9AA87E3C3C92175C4C6698FDD989F1F3BFEE33C1C2C39EEDBD96D162BF714F9B3A3D7CE3CB273CC690B676E5B668DDC4EB764E33DEE57839ECBF8EC463DC7FEED7AFA49AF63D849B61D9E22C78D5CFB26CE0FFF13C7849E3B7FCEFCB3D7DFCB6B133889FD5EC5BC785B5B2F9555D7AC63BD1CA4C6BA361A090669FEE5E08667A8C52A4F3C834DDCFB26EE6FED7ED64D85772B6939A8066B373A0D3D879E6F156B2271839EEF1C839E27164FA1CFCE357667ADB7A3E94E5EE75C7BDF4ACB9D6BDFE1EBC6A3DDC3EDAC3577CE09BF073C7C8D9A73BE33EFEEAC390F2F3BD2D739E6941FFEF956F1C48BAB58A35E9A71811E5C4D0FAD5B17FB45FDFC0F5F51E3FD6BD27A9E73AB959AC697A9F5560EB55B7A1E7C19A0CCF31795C51BAB7F839E43CFB78A3591B841CFA35BFFD01875767692DFB2B51F563D8FC76DBF235EBB47C4DAE06CBA7535D37E2F9E5F53D9314EC1813A2ABA57659F17E86E0DFD5F5B76878A4AAAA9F2EELine truncated LargeImage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 truncated
MediumImageOriginalSize=165000 MediumImageOriginalSize=165000
MediumImageWidth=250 MediumImageWidth=250
MediumImageHeight=165 MediumImageHeight=165
MediumImage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 truncated MediumImage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 truncated
SmallImageOriginalSize=59400 SmallImageOriginalSize=59400
SmallImageWidth=150 SmallImageWidth=150
SmallImageHeight=99 SmallImageHeight=99
SmallImage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 truncated SmallImage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 truncated
dev/analog/ETOTH-Amp_LM386/project_sim_config.simcfg
+12 -12
View File
@@ -9,19 +9,19 @@
<DocumentConfig> <DocumentConfig>
<Name>Amp_LM386.SchDoc</Name> <Name>Amp_LM386.SchDoc</Name>
<Id>BXTYKVLY</Id> <Id>BXTYKVLY</Id>
<Config>OP_Analysis=True|TRAN_Analysis=True|DC_Analysis=True|AC_Analysis=True|TF_Analysis=False|PZ_Analysis=False|Noise_Analysis=False|SP_Analysis=False|TRAN_FourierAnalysis=False|TRAN_StressAnalysis=False|TempSweep_Analysis=False|ParamSweep_Analysis=True|MonteCarlo_Analysis=False|TF_Enabled=False|TF_Source=|TF_Reference=0|PZ_Enabled=False|PZ_Node1=|PZ_Node2=0|PZ_Node3=|PZ_Node4=0|PZ_AnalType=PZ|PZ_TfType=VOL|AnalysesDataSavedIndex=4|DC_ShowMeasTableChart=False|DC_PrimarySource=IC1A|DC_PrimaryStart=1n|DC_PrimaryStop=1u|DC_PrimaryStep=100n|DC_EnableSecondary=False|DC_SecondarySource=|DC_SecondaryStart=|DC_SecondaryStop=|DC_SecondaryStep=|Noise_Enabled=False|Noise_Source=|Noise_Output=|Noise_Reference=0|Noise_Start_UserValue=22|Noise_Start=22|Noise_Stop_UserValue=22000|Noise_Stop=22000|Noise_TestPoints_UserValue=50|Noise_TestPoints=50|Noise_PointsPerSummary=0|Noise_SweepType=DEC|SP_Enabled=False|AC_StartFrequency_UserValue=22|AC_StartFrequency=22|AC_StopFrequency_UserValue=22000|AC_StopFrequency=22000|AC_TestPoints_UserValue=50|AC_TestPoints=50|AC_SweepType=DEC|AC_ShowMeasTableChart=False|SP_Impedance0_UserValue=|SP_Impedance1_UserValue=|TRAN_StartTime_UserValue=0|TRAN_StartTime=0|TRAN_StopTime_UserValue=|TRAN_StopTime=22.73m|TRAN_StepTime_UserValue=|TRAN_StepTime=181.8u|TRAN_MaxStepTime_UserValue=|TRAN_MaxStepTime=181.8u|TRAN_AlwaysSetDefaults=True|TRAN_DefaultCycles_UserValue=5|TRAN_DefaultCycles=5|TRAN_DefaultPointsPerCycle_UserValue=50|TRAN_DefaultPointsPerCycle=50|TRAN_UseInitialConditions=False|TRAN_FourierEnabled=False|TRAN_FourierFundFreq_UserValue=220|TRAN_FourierFundFreq=220|TRAN_FourierNumHarmonics_UserValue=20|TRAN_FourierNumHarmonics=20|TRAN_StressEnabled=False|TRAN_ShowMeasTableChart=False|TempSweep_Start_UserValue=|TempSweep_Start=-10|TempSweep_Stop_UserValue=|TempSweep_Stop=60|TempSweep_Step_UserValue=|TempSweep_Step=10|ParamSweep_Parameter1=C_DCBLOCK_OUT|ParamSweep_Type1=LIST|ParamSweep_Start1=110.0u|ParamSweep_Stop1=330.0u|ParamSweep_Step1=100u 150u 220u 330u 470u 680u|ParamSweep_SweepType1=False|ParamSweep_SecondaryEnabled=False|ParamSweep_Parameter2=|ParamSweep_Type2=LIN|ParamSweep_Start2=|ParamSweep_Stop2=|ParamSweep_Step2=|ParamSweep_SweepType2=False|MonteCarlo_NumberOfRuns=10|MonteCarlo_DistributionType=GAUSS|MonteCarlo_Seed=-1|MonteCarlo_ResistorTolerance=10%|MonteCarlo_ResistorTolerance_UserValue=10%|MonteCarlo_CapacitorTolerance=10%|MonteCarlo_CapacitorTolerance_UserValue=10%|MonteCarlo_InductorTolerance=10%|MonteCarlo_InductorTolerance_UserValue=10%|MonteCarlo_TransistorTolerance=10%|MonteCarlo_TransistorTolerance_UserValue=10%|MonteCarlo_DCSourceTolerance=10%|MonteCarlo_DCSourceTolerance_UserValue=10%|MonteCarlo_DigitalTpTolerance=10%|MonteCarlo_DigitalTpTolerance_UserValue=10%|Sensitivity_Analysis=False|Sensitivity_GroupDeviationsEnabled=False|Sensitivity_GroupResistorEnabled=True|Sensitivity_GroupResistorDeviation_UserValue=|Sensitivity_GroupResistorDeviation=1m|Sensitivity_GroupCapacitorEnabled=False|Sensitivity_GroupCapacitorDeviation_UserValue=|Sensitivity_GroupCapacitorDeviation=1m|Sensitivity_GroupInductorEnabled=False|Sensitivity_GroupInductorDeviation_UserValue=|Sensitivity_GroupInductorDeviation=1m|Sensitivity_GroupTransistorEnabled=False|Sensitivity_GroupTransistorDeviation_UserValue=|Sensitivity_GroupTransistorDeviation=1m|Sensitivity_GroupDcSourceEnabled=False|Sensitivity_GroupDcSourceDeviation_UserValue=|Sensitivity_GroupDcSourceDeviation=1m|Sensitivity_GroupGlobalParameterEnabled=False|Sensitivity_GroupGlobalParameterDeviation_UserValue=|Sensitivity_GroupGlobalParameterDeviation=1m|Sensitivity_CustomDeviationsEnabled=True|OldCfgLoaded=True|SimViewSetup=ShowActiveSignalsProbes|OPTION_Method=Gear 2|OPTION_SpiceRefNode_UserValue=|OPTION_SpiceRefNode=GND|OPTION_DVCC_UserValue=|OPTION_DVCC=5|OPTION_DVDD_UserValue=|OPTION_DVDD=15|SheetsToNetlist=0|ParamSweep_CustomStart0_UserValue=|ParamSweep_CustomStop0_UserValue=|ParamSweep_CustomStep0_UserValue=|ParamSweep_Start1_UserValue=|ParamSweep_Stop1_UserValue=|ParamSweep_Step1_UserValue=|Sensitivity_ParameterDeviation0_UserValue=|InteractiveProbeMode=False|LaunchDate=2025-12-08 12:48:54Z|DC_CustomStart0_UserValue=|DC_CustomStop0_UserValue=|DC_CustomStep0_UserValue=|DC_PrimaryStart_UserValue=|DC_PrimaryStop_UserValue=|DC_PrimaryStep_UserValue=|ParamSweep_CustomStart1_UserValue=0|ParamSweep_CustomStop1_UserValue=1|ParamSweep_CustomStep1_UserValue=0.1|DC_CustomStart1_UserValue=|DC_CustomStop1_UserValue=|DC_CustomStep1_UserValue=|DC_SecondaryStart_UserValue=|DC_SecondaryStop_UserValue=|DC_SecondaryStep_UserValue=|ParamName0=POS|ParamValue0=1|DC_CustomEnabled0=True|DC_CustomSource0=IC1A|DC_CustomStart0=1n|DC_CustomStop0=1u|DC_CustomStep0=100n|AC_VariableEnabled0=True|AC_XVariable0=|AC_Variable0=MAG(v(OUT))|AC_VariableName0=A_Speaker|AC_VariableUnits0=|AC_VariablePlot0=0|AC_VariableAxis0=0|AC_VariableColor0=8421504|SP_Port0=U_q|SP_Impedance0=50|SP_Port1=U_q|SP_Impedance1=50|TRAN_VariableEnabled0=True|TRAN_XVariable0=|TRAN_VariaLine truncated <Config>OP_Analysis=True|TRAN_Analysis=True|DC_Analysis=True|AC_Analysis=True|TF_Analysis=False|PZ_Analysis=False|Noise_Analysis=False|SP_Analysis=False|TRAN_FourierAnalysis=False|TRAN_StressAnalysis=False|TempSweep_Analysis=False|ParamSweep_Analysis=True|MonteCarlo_Analysis=False|TF_Enabled=False|TF_Source=|TF_Reference=0|PZ_Enabled=False|PZ_Node1=|PZ_Node2=0|PZ_Node3=|PZ_Node4=0|PZ_AnalType=PZ|PZ_TfType=VOL|AnalysesDataSavedIndex=4|DC_ShowMeasTableChart=False|DC_PrimarySource=IC1A|DC_PrimaryStart=1n|DC_PrimaryStop=1u|DC_PrimaryStep=100n|DC_EnableSecondary=False|DC_SecondarySource=|DC_SecondaryStart=|DC_SecondaryStop=|DC_SecondaryStep=|Noise_Enabled=False|Noise_Source=|Noise_Output=|Noise_Reference=0|Noise_Start_UserValue=22|Noise_Start=22|Noise_Stop_UserValue=22000|Noise_Stop=22000|Noise_TestPoints_UserValue=50|Noise_TestPoints=50|Noise_PointsPerSummary=0|Noise_SweepType=DEC|SP_Enabled=False|AC_StartFrequency_UserValue=22|AC_StartFrequency=22|AC_StopFrequency_UserValue=22000|AC_StopFrequency=22000|AC_TestPoints_UserValue=50|AC_TestPoints=50|AC_SweepType=DEC|AC_ShowMeasTableChart=False|SP_Impedance0_UserValue=|SP_Impedance1_UserValue=|TRAN_StartTime_UserValue=0|TRAN_StartTime=0|TRAN_StopTime_UserValue=|TRAN_StopTime=22.73m|TRAN_StepTime_UserValue=|TRAN_StepTime=181.8u|TRAN_MaxStepTime_UserValue=|TRAN_MaxStepTime=181.8u|TRAN_AlwaysSetDefaults=True|TRAN_DefaultCycles_UserValue=5|TRAN_DefaultCycles=5|TRAN_DefaultPointsPerCycle_UserValue=50|TRAN_DefaultPointsPerCycle=50|TRAN_UseInitialConditions=False|TRAN_FourierEnabled=False|TRAN_FourierFundFreq_UserValue=220|TRAN_FourierFundFreq=220|TRAN_FourierNumHarmonics_UserValue=20|TRAN_FourierNumHarmonics=20|TRAN_StressEnabled=False|TRAN_ShowMeasTableChart=False|TempSweep_Start_UserValue=|TempSweep_Start=-10|TempSweep_Stop_UserValue=|TempSweep_Stop=60|TempSweep_Step_UserValue=|TempSweep_Step=10|ParamSweep_Parameter1=POS|ParamSweep_Type1=LIST|ParamSweep_Start1=0|ParamSweep_Stop1=1|ParamSweep_Step1=1|ParamSweep_SweepType1=False|ParamSweep_SecondaryEnabled=False|ParamSweep_Parameter2=|ParamSweep_Type2=LIN|ParamSweep_Start2=|ParamSweep_Stop2=|ParamSweep_Step2=|ParamSweep_SweepType2=False|MonteCarlo_NumberOfRuns=10|MonteCarlo_DistributionType=GAUSS|MonteCarlo_Seed=-1|MonteCarlo_ResistorTolerance=10%|MonteCarlo_ResistorTolerance_UserValue=10%|MonteCarlo_CapacitorTolerance=10%|MonteCarlo_CapacitorTolerance_UserValue=10%|MonteCarlo_InductorTolerance=10%|MonteCarlo_InductorTolerance_UserValue=10%|MonteCarlo_TransistorTolerance=10%|MonteCarlo_TransistorTolerance_UserValue=10%|MonteCarlo_DCSourceTolerance=10%|MonteCarlo_DCSourceTolerance_UserValue=10%|MonteCarlo_DigitalTpTolerance=10%|MonteCarlo_DigitalTpTolerance_UserValue=10%|Sensitivity_Analysis=False|Sensitivity_GroupDeviationsEnabled=False|Sensitivity_GroupResistorEnabled=True|Sensitivity_GroupResistorDeviation_UserValue=|Sensitivity_GroupResistorDeviation=1m|Sensitivity_GroupCapacitorEnabled=False|Sensitivity_GroupCapacitorDeviation_UserValue=|Sensitivity_GroupCapacitorDeviation=1m|Sensitivity_GroupInductorEnabled=False|Sensitivity_GroupInductorDeviation_UserValue=|Sensitivity_GroupInductorDeviation=1m|Sensitivity_GroupTransistorEnabled=False|Sensitivity_GroupTransistorDeviation_UserValue=|Sensitivity_GroupTransistorDeviation=1m|Sensitivity_GroupDcSourceEnabled=False|Sensitivity_GroupDcSourceDeviation_UserValue=|Sensitivity_GroupDcSourceDeviation=1m|Sensitivity_GroupGlobalParameterEnabled=False|Sensitivity_GroupGlobalParameterDeviation_UserValue=|Sensitivity_GroupGlobalParameterDeviation=1m|Sensitivity_CustomDeviationsEnabled=True|OldCfgLoaded=True|SimViewSetup=ShowActiveSignalsProbes|OPTION_Method=Gear 2|OPTION_SpiceRefNode_UserValue=|OPTION_SpiceRefNode=GND|OPTION_DVCC_UserValue=|OPTION_DVCC=5|OPTION_DVDD_UserValue=|OPTION_DVDD=15|SheetsToNetlist=0|ParamSweep_CustomStart0_UserValue=0|ParamSweep_CustomStop0_UserValue=1|ParamSweep_CustomStep0_UserValue=|ParamSweep_Start1_UserValue=0|ParamSweep_Stop1_UserValue=1|ParamSweep_Step1_UserValue=|Sensitivity_ParameterDeviation0_UserValue=|InteractiveProbeMode=False|LaunchDate=2025-12-17 15:45:18Z|DC_CustomStart0_UserValue=|DC_CustomStop0_UserValue=|DC_CustomStep0_UserValue=|DC_PrimaryStart_UserValue=|DC_PrimaryStop_UserValue=|DC_PrimaryStep_UserValue=|ParamSweep_CustomStart1_UserValue=0|ParamSweep_CustomStop1_UserValue=1|ParamSweep_CustomStep1_UserValue=0.1|DC_CustomStart1_UserValue=|DC_CustomStop1_UserValue=|DC_CustomStep1_UserValue=|DC_SecondaryStart_UserValue=|DC_SecondaryStop_UserValue=|DC_SecondaryStep_UserValue=|ParamName0=POS|ParamValue0=1|DC_CustomEnabled0=True|DC_CustomSource0=IC1A|DC_CustomStart0=1n|DC_CustomStop0=1u|DC_CustomStep0=100n|AC_VariableEnabled0=True|AC_XVariable0=|AC_Variable0=MAG(v(OUT))|AC_VariableName0=A_Speaker|AC_VariableUnits0=|AC_VariablePlot0=0|AC_VariableAxis0=0|AC_VariableColor0=8421504|SP_Port0=U_q|SP_Impedance0=50|SP_Port1=U_q|SP_Impedance1=50|TRAN_VariableEnabled0=True|TRAN_XVariable0=|TRAN_Variable0=v(IN)|TRAN_VariableName0=U_IN|TRAN_VariLine truncated
<Results> <Results>
<ResultConfig> <ResultConfig>
<Name>Operating Point</Name> <Name>Operating Point</Name>
<Description /> <Description />
<Type>Operating Point</Type> <Type>Operating Point</Type>
<Date>2025-12-08 12:33:34Z</Date> <Date>2025-12-17 15:43:40Z</Date>
<IsLocked>false</IsLocked> <IsLocked>false</IsLocked>
<Config>OP_Analysis=True|TRAN_Analysis=False|DC_Analysis=False|AC_Analysis=False|TF_Analysis=False|PZ_Analysis=False|Noise_Analysis=False|SP_Analysis=False|TRAN_FourierAnalysis=False|TRAN_StressAnalysis=False|TempSweep_Analysis=False|ParamSweep_Analysis=False|MonteCarlo_Analysis=False|TF_Enabled=False|TF_Source=|TF_Reference=0|PZ_Enabled=False|PZ_Node1=|PZ_Node2=0|PZ_Node3=|PZ_Node4=0|PZ_AnalType=PZ|PZ_TfType=VOL|AnalysesDataSavedIndex=2|DC_ShowMeasTableChart=False|DC_PrimarySource=IC1A|DC_PrimaryStart=1n|DC_PrimaryStop=1u|DC_PrimaryStep=100n|DC_EnableSecondary=False|DC_SecondarySource=|DC_SecondaryStart=|DC_SecondaryStop=|DC_SecondaryStep=|Noise_Enabled=False|Noise_Source=|Noise_Output=|Noise_Reference=0|Noise_Start_UserValue=220|Noise_Start=220|Noise_Stop_UserValue=22000|Noise_Stop=22000|Noise_TestPoints_UserValue=50|Noise_TestPoints=50|Noise_PointsPerSummary=0|Noise_SweepType=DEC|SP_Enabled=False|AC_StartFrequency_UserValue=220|AC_StartFrequency=220|AC_StopFrequency_UserValue=22000|AC_StopFrequency=22000|AC_TestPoints_UserValue=50|AC_TestPoints=50|AC_SweepType=DEC|AC_ShowMeasTableChart=False|SP_Impedance0_UserValue=|SP_Impedance1_UserValue=|TRAN_StartTime_UserValue=0|TRAN_StartTime=0|TRAN_StopTime_UserValue=|TRAN_StopTime=180.0m|TRAN_StepTime_UserValue=|TRAN_StepTime=181.8u|TRAN_MaxStepTime_UserValue=|TRAN_MaxStepTime=181.8u|TRAN_AlwaysSetDefaults=True|TRAN_DefaultCycles_UserValue=5|TRAN_DefaultCycles=5|TRAN_DefaultPointsPerCycle_UserValue=50|TRAN_DefaultPointsPerCycle=50|TRAN_UseInitialConditions=False|TRAN_FourierEnabled=False|TRAN_FourierFundFreq_UserValue=220|TRAN_FourierFundFreq=220|TRAN_FourierNumHarmonics_UserValue=20|TRAN_FourierNumHarmonics=20|TRAN_StressEnabled=False|TRAN_ShowMeasTableChart=False|TempSweep_Start_UserValue=|TempSweep_Start=-10|TempSweep_Stop_UserValue=|TempSweep_Stop=60|TempSweep_Step_UserValue=|TempSweep_Step=10|ParamSweep_Parameter1=IC1A|ParamSweep_Type1=LIN|ParamSweep_Start1=1n|ParamSweep_Stop1=1u|ParamSweep_Step1=100n|ParamSweep_SweepType1=False|ParamSweep_SecondaryEnabled=False|ParamSweep_Parameter2=|ParamSweep_Type2=LIN|ParamSweep_Start2=|ParamSweep_Stop2=|ParamSweep_Step2=|ParamSweep_SweepType2=False|MonteCarlo_NumberOfRuns=10|MonteCarlo_DistributionType=GAUSS|MonteCarlo_Seed=-1|MonteCarlo_ResistorTolerance=10%|MonteCarlo_ResistorTolerance_UserValue=10%|MonteCarlo_CapacitorTolerance=10%|MonteCarlo_CapacitorTolerance_UserValue=10%|MonteCarlo_InductorTolerance=10%|MonteCarlo_InductorTolerance_UserValue=10%|MonteCarlo_TransistorTolerance=10%|MonteCarlo_TransistorTolerance_UserValue=10%|MonteCarlo_DCSourceTolerance=10%|MonteCarlo_DCSourceTolerance_UserValue=10%|MonteCarlo_DigitalTpTolerance=10%|MonteCarlo_DigitalTpTolerance_UserValue=10%|Sensitivity_Analysis=False|Sensitivity_GroupDeviationsEnabled=False|Sensitivity_GroupResistorEnabled=True|Sensitivity_GroupResistorDeviation_UserValue=|Sensitivity_GroupResistorDeviation=1m|Sensitivity_GroupCapacitorEnabled=False|Sensitivity_GroupCapacitorDeviation_UserValue=|Sensitivity_GroupCapacitorDeviation=1m|Sensitivity_GroupInductorEnabled=False|Sensitivity_GroupInductorDeviation_UserValue=|Sensitivity_GroupInductorDeviation=1m|Sensitivity_GroupTransistorEnabled=False|Sensitivity_GroupTransistorDeviation_UserValue=|Sensitivity_GroupTransistorDeviation=1m|Sensitivity_GroupDcSourceEnabled=False|Sensitivity_GroupDcSourceDeviation_UserValue=|Sensitivity_GroupDcSourceDeviation=1m|Sensitivity_GroupGlobalParameterEnabled=False|Sensitivity_GroupGlobalParameterDeviation_UserValue=|Sensitivity_GroupGlobalParameterDeviation=1m|Sensitivity_CustomDeviationsEnabled=True|OldCfgLoaded=True|SimViewSetup=ShowActiveSignalsProbes|OPTION_Method=Gear 2|OPTION_SpiceRefNode_UserValue=|OPTION_SpiceRefNode=GND|OPTION_DVCC_UserValue=|OPTION_DVCC=5|OPTION_DVDD_UserValue=|OPTION_DVDD=15|SheetsToNetlist=0|ParamSweep_CustomStart0_UserValue=|ParamSweep_CustomStop0_UserValue=|ParamSweep_CustomStep0_UserValue=|ParamSweep_Start1_UserValue=|ParamSweep_Stop1_UserValue=|ParamSweep_Step1_UserValue=|Sensitivity_ParameterDeviation0_UserValue=|InteractiveProbeMode=False|LaunchDate=2025-12-08 12:33:34Z|DC_CustomStart0_UserValue=|DC_CustomStop0_UserValue=|DC_CustomStep0_UserValue=|DC_PrimaryStart_UserValue=|DC_PrimaryStop_UserValue=|DC_PrimaryStep_UserValue=|ParamSweep_CustomStart1_UserValue=0|ParamSweep_CustomStop1_UserValue=1|ParamSweep_CustomStep1_UserValue=0.1|DC_CustomStart1_UserValue=|DC_CustomStop1_UserValue=|DC_CustomStep1_UserValue=|DC_SecondaryStart_UserValue=|DC_SecondaryStop_UserValue=|DC_SecondaryStep_UserValue=|ParamName0=POS|ParamValue0=1|DC_CustomEnabled0=True|DC_CustomSource0=IC1A|DC_CustomStart0=1n|DC_CustomStop0=1u|DC_CustomStep0=100n|AC_VariableEnabled0=True|AC_XVariable0=|AC_Variable0=MAG(v(OUT))|AC_VariableName0=A_Speaker|AC_VariableUnits0=|AC_VariablePlot0=0|AC_VariableAxis0=0|AC_VariableColor0=8421504|SP_Port0=U_q|SP_Impedance0=50|SP_Port1=U_q|SP_Impedance1=50|TRAN_VariableEnabled0=True|TRAN_XVariable0=|TRAN_Variable0=v(IN)|TRAN_VariableName0=ULine truncated <Config>OP_Analysis=True|TRAN_Analysis=False|DC_Analysis=False|AC_Analysis=False|TF_Analysis=False|PZ_Analysis=False|Noise_Analysis=False|SP_Analysis=False|TRAN_FourierAnalysis=False|TRAN_StressAnalysis=False|TempSweep_Analysis=False|ParamSweep_Analysis=True|MonteCarlo_Analysis=False|TF_Enabled=False|TF_Source=|TF_Reference=0|PZ_Enabled=False|PZ_Node1=|PZ_Node2=0|PZ_Node3=|PZ_Node4=0|PZ_AnalType=PZ|PZ_TfType=VOL|AnalysesDataSavedIndex=2|DC_ShowMeasTableChart=False|DC_PrimarySource=IC1A|DC_PrimaryStart=1n|DC_PrimaryStop=1u|DC_PrimaryStep=100n|DC_EnableSecondary=False|DC_SecondarySource=|DC_SecondaryStart=|DC_SecondaryStop=|DC_SecondaryStep=|Noise_Enabled=False|Noise_Source=|Noise_Output=|Noise_Reference=0|Noise_Start_UserValue=22|Noise_Start=22|Noise_Stop_UserValue=22000|Noise_Stop=22000|Noise_TestPoints_UserValue=50|Noise_TestPoints=50|Noise_PointsPerSummary=0|Noise_SweepType=DEC|SP_Enabled=False|AC_StartFrequency_UserValue=22|AC_StartFrequency=22|AC_StopFrequency_UserValue=22000|AC_StopFrequency=22000|AC_TestPoints_UserValue=50|AC_TestPoints=50|AC_SweepType=DEC|AC_ShowMeasTableChart=False|SP_Impedance0_UserValue=|SP_Impedance1_UserValue=|TRAN_StartTime_UserValue=0|TRAN_StartTime=0|TRAN_StopTime_UserValue=|TRAN_StopTime=22.73m|TRAN_StepTime_UserValue=|TRAN_StepTime=181.8u|TRAN_MaxStepTime_UserValue=|TRAN_MaxStepTime=181.8u|TRAN_AlwaysSetDefaults=True|TRAN_DefaultCycles_UserValue=5|TRAN_DefaultCycles=5|TRAN_DefaultPointsPerCycle_UserValue=50|TRAN_DefaultPointsPerCycle=50|TRAN_UseInitialConditions=False|TRAN_FourierEnabled=False|TRAN_FourierFundFreq_UserValue=220|TRAN_FourierFundFreq=220|TRAN_FourierNumHarmonics_UserValue=20|TRAN_FourierNumHarmonics=20|TRAN_StressEnabled=False|TRAN_ShowMeasTableChart=False|TempSweep_Start_UserValue=|TempSweep_Start=-10|TempSweep_Stop_UserValue=|TempSweep_Stop=60|TempSweep_Step_UserValue=|TempSweep_Step=10|ParamSweep_Parameter1=POS|ParamSweep_Type1=LIST|ParamSweep_Start1=0|ParamSweep_Stop1=1|ParamSweep_Step1=1|ParamSweep_SweepType1=False|ParamSweep_SecondaryEnabled=False|ParamSweep_Parameter2=|ParamSweep_Type2=LIN|ParamSweep_Start2=|ParamSweep_Stop2=|ParamSweep_Step2=|ParamSweep_SweepType2=False|MonteCarlo_NumberOfRuns=10|MonteCarlo_DistributionType=GAUSS|MonteCarlo_Seed=-1|MonteCarlo_ResistorTolerance=10%|MonteCarlo_ResistorTolerance_UserValue=10%|MonteCarlo_CapacitorTolerance=10%|MonteCarlo_CapacitorTolerance_UserValue=10%|MonteCarlo_InductorTolerance=10%|MonteCarlo_InductorTolerance_UserValue=10%|MonteCarlo_TransistorTolerance=10%|MonteCarlo_TransistorTolerance_UserValue=10%|MonteCarlo_DCSourceTolerance=10%|MonteCarlo_DCSourceTolerance_UserValue=10%|MonteCarlo_DigitalTpTolerance=10%|MonteCarlo_DigitalTpTolerance_UserValue=10%|Sensitivity_Analysis=False|Sensitivity_GroupDeviationsEnabled=False|Sensitivity_GroupResistorEnabled=True|Sensitivity_GroupResistorDeviation_UserValue=|Sensitivity_GroupResistorDeviation=1m|Sensitivity_GroupCapacitorEnabled=False|Sensitivity_GroupCapacitorDeviation_UserValue=|Sensitivity_GroupCapacitorDeviation=1m|Sensitivity_GroupInductorEnabled=False|Sensitivity_GroupInductorDeviation_UserValue=|Sensitivity_GroupInductorDeviation=1m|Sensitivity_GroupTransistorEnabled=False|Sensitivity_GroupTransistorDeviation_UserValue=|Sensitivity_GroupTransistorDeviation=1m|Sensitivity_GroupDcSourceEnabled=False|Sensitivity_GroupDcSourceDeviation_UserValue=|Sensitivity_GroupDcSourceDeviation=1m|Sensitivity_GroupGlobalParameterEnabled=False|Sensitivity_GroupGlobalParameterDeviation_UserValue=|Sensitivity_GroupGlobalParameterDeviation=1m|Sensitivity_CustomDeviationsEnabled=True|OldCfgLoaded=True|SimViewSetup=ShowActiveSignalsProbes|OPTION_Method=Gear 2|OPTION_SpiceRefNode_UserValue=|OPTION_SpiceRefNode=GND|OPTION_DVCC_UserValue=|OPTION_DVCC=5|OPTION_DVDD_UserValue=|OPTION_DVDD=15|SheetsToNetlist=0|ParamSweep_CustomStart0_UserValue=0|ParamSweep_CustomStop0_UserValue=1|ParamSweep_CustomStep0_UserValue=|ParamSweep_Start1_UserValue=0|ParamSweep_Stop1_UserValue=1|ParamSweep_Step1_UserValue=|Sensitivity_ParameterDeviation0_UserValue=|InteractiveProbeMode=False|LaunchDate=2025-12-17 15:43:40Z|DC_CustomStart0_UserValue=|DC_CustomStop0_UserValue=|DC_CustomStep0_UserValue=|DC_PrimaryStart_UserValue=|DC_PrimaryStop_UserValue=|DC_PrimaryStep_UserValue=|ParamSweep_CustomStart1_UserValue=0|ParamSweep_CustomStop1_UserValue=1|ParamSweep_CustomStep1_UserValue=0.1|DC_CustomStart1_UserValue=|DC_CustomStop1_UserValue=|DC_CustomStep1_UserValue=|DC_SecondaryStart_UserValue=|DC_SecondaryStop_UserValue=|DC_SecondaryStep_UserValue=|ParamName0=POS|ParamValue0=1|DC_CustomEnabled0=True|DC_CustomSource0=IC1A|DC_CustomStart0=1n|DC_CustomStop0=1u|DC_CustomStep0=100n|AC_VariableEnabled0=True|AC_XVariable0=|AC_Variable0=MAG(v(OUT))|AC_VariableName0=A_Speaker|AC_VariableUnits0=|AC_VariablePlot0=0|AC_VariableAxis0=0|AC_VariableColor0=8421504|SP_Port0=U_q|SP_Impedance0=50|SP_Port1=U_q|SP_Impedance1=50|TRAN_VariableEnabled0=True|TRAN_XVariable0=|TRAN_Variable0=v(IN)|TRAN_VariableName0=U_IN|TRLine truncated
<Charts> <Charts>
<ChartConfig> <ChartConfig>
<Name>Operating Point</Name> <Name>Operating Point</Name>
<Id>TZJFARTR</Id> <Id>XJIVZQWJ</Id>
</ChartConfig> </ChartConfig>
</Charts> </Charts>
</ResultConfig> </ResultConfig>
@@ -29,22 +29,22 @@
<Name>DC Sweep</Name> <Name>DC Sweep</Name>
<Description /> <Description />
<Type>DC Sweep</Type> <Type>DC Sweep</Type>
<Date>2025-12-08 12:33:35Z</Date> <Date>2025-12-17 15:43:41Z</Date>
<IsLocked>false</IsLocked> <IsLocked>false</IsLocked>
<Config>OP_Analysis=False|TRAN_Analysis=False|DC_Analysis=True|AC_Analysis=False|TF_Analysis=False|PZ_Analysis=False|Noise_Analysis=False|SP_Analysis=False|TRAN_FourierAnalysis=False|TRAN_StressAnalysis=False|TempSweep_Analysis=False|ParamSweep_Analysis=False|MonteCarlo_Analysis=False|TF_Enabled=False|TF_Source=|TF_Reference=0|PZ_Enabled=False|PZ_Node1=|PZ_Node2=0|PZ_Node3=|PZ_Node4=0|PZ_AnalType=PZ|PZ_TfType=VOL|AnalysesDataSavedIndex=4|DC_ShowMeasTableChart=False|DC_PrimarySource=IC1A|DC_PrimaryStart=1n|DC_PrimaryStop=1u|DC_PrimaryStep=100n|DC_EnableSecondary=False|DC_SecondarySource=|DC_SecondaryStart=|DC_SecondaryStop=|DC_SecondaryStep=|Noise_Enabled=False|Noise_Source=|Noise_Output=|Noise_Reference=0|Noise_Start_UserValue=220|Noise_Start=220|Noise_Stop_UserValue=22000|Noise_Stop=22000|Noise_TestPoints_UserValue=50|Noise_TestPoints=50|Noise_PointsPerSummary=0|Noise_SweepType=DEC|SP_Enabled=False|AC_StartFrequency_UserValue=220|AC_StartFrequency=220|AC_StopFrequency_UserValue=22000|AC_StopFrequency=22000|AC_TestPoints_UserValue=50|AC_TestPoints=50|AC_SweepType=DEC|AC_ShowMeasTableChart=False|SP_Impedance0_UserValue=|SP_Impedance1_UserValue=|TRAN_StartTime_UserValue=0|TRAN_StartTime=0|TRAN_StopTime_UserValue=|TRAN_StopTime=180.0m|TRAN_StepTime_UserValue=|TRAN_StepTime=181.8u|TRAN_MaxStepTime_UserValue=|TRAN_MaxStepTime=181.8u|TRAN_AlwaysSetDefaults=True|TRAN_DefaultCycles_UserValue=5|TRAN_DefaultCycles=5|TRAN_DefaultPointsPerCycle_UserValue=50|TRAN_DefaultPointsPerCycle=50|TRAN_UseInitialConditions=False|TRAN_FourierEnabled=False|TRAN_FourierFundFreq_UserValue=220|TRAN_FourierFundFreq=220|TRAN_FourierNumHarmonics_UserValue=20|TRAN_FourierNumHarmonics=20|TRAN_StressEnabled=False|TRAN_ShowMeasTableChart=False|TempSweep_Start_UserValue=|TempSweep_Start=-10|TempSweep_Stop_UserValue=|TempSweep_Stop=60|TempSweep_Step_UserValue=|TempSweep_Step=10|ParamSweep_Parameter1=IC1A|ParamSweep_Type1=LIN|ParamSweep_Start1=1n|ParamSweep_Stop1=1u|ParamSweep_Step1=100n|ParamSweep_SweepType1=False|ParamSweep_SecondaryEnabled=False|ParamSweep_Parameter2=|ParamSweep_Type2=LIN|ParamSweep_Start2=|ParamSweep_Stop2=|ParamSweep_Step2=|ParamSweep_SweepType2=False|MonteCarlo_NumberOfRuns=10|MonteCarlo_DistributionType=GAUSS|MonteCarlo_Seed=-1|MonteCarlo_ResistorTolerance=10%|MonteCarlo_ResistorTolerance_UserValue=10%|MonteCarlo_CapacitorTolerance=10%|MonteCarlo_CapacitorTolerance_UserValue=10%|MonteCarlo_InductorTolerance=10%|MonteCarlo_InductorTolerance_UserValue=10%|MonteCarlo_TransistorTolerance=10%|MonteCarlo_TransistorTolerance_UserValue=10%|MonteCarlo_DCSourceTolerance=10%|MonteCarlo_DCSourceTolerance_UserValue=10%|MonteCarlo_DigitalTpTolerance=10%|MonteCarlo_DigitalTpTolerance_UserValue=10%|Sensitivity_Analysis=False|Sensitivity_GroupDeviationsEnabled=False|Sensitivity_GroupResistorEnabled=True|Sensitivity_GroupResistorDeviation_UserValue=|Sensitivity_GroupResistorDeviation=1m|Sensitivity_GroupCapacitorEnabled=False|Sensitivity_GroupCapacitorDeviation_UserValue=|Sensitivity_GroupCapacitorDeviation=1m|Sensitivity_GroupInductorEnabled=False|Sensitivity_GroupInductorDeviation_UserValue=|Sensitivity_GroupInductorDeviation=1m|Sensitivity_GroupTransistorEnabled=False|Sensitivity_GroupTransistorDeviation_UserValue=|Sensitivity_GroupTransistorDeviation=1m|Sensitivity_GroupDcSourceEnabled=False|Sensitivity_GroupDcSourceDeviation_UserValue=|Sensitivity_GroupDcSourceDeviation=1m|Sensitivity_GroupGlobalParameterEnabled=False|Sensitivity_GroupGlobalParameterDeviation_UserValue=|Sensitivity_GroupGlobalParameterDeviation=1m|Sensitivity_CustomDeviationsEnabled=True|OldCfgLoaded=True|SimViewSetup=ShowActiveSignalsProbes|OPTION_Method=Gear 2|OPTION_SpiceRefNode_UserValue=|OPTION_SpiceRefNode=GND|OPTION_DVCC_UserValue=|OPTION_DVCC=5|OPTION_DVDD_UserValue=|OPTION_DVDD=15|SheetsToNetlist=0|ParamSweep_CustomStart0_UserValue=|ParamSweep_CustomStop0_UserValue=|ParamSweep_CustomStep0_UserValue=|ParamSweep_Start1_UserValue=|ParamSweep_Stop1_UserValue=|ParamSweep_Step1_UserValue=|Sensitivity_ParameterDeviation0_UserValue=|InteractiveProbeMode=False|LaunchDate=2025-12-08 12:33:35Z|DC_CustomStart0_UserValue=|DC_CustomStop0_UserValue=|DC_CustomStep0_UserValue=|DC_PrimaryStart_UserValue=|DC_PrimaryStop_UserValue=|DC_PrimaryStep_UserValue=|ParamSweep_CustomStart1_UserValue=0|ParamSweep_CustomStop1_UserValue=1|ParamSweep_CustomStep1_UserValue=0.1|DC_CustomStart1_UserValue=|DC_CustomStop1_UserValue=|DC_CustomStep1_UserValue=|DC_SecondaryStart_UserValue=|DC_SecondaryStop_UserValue=|DC_SecondaryStep_UserValue=|ParamName0=POS|ParamValue0=1|AC_VariableEnabled0=True|AC_XVariable0=|AC_Variable0=MAG(v(OUT))|AC_VariableName0=A_Speaker|AC_VariableUnits0=|AC_VariablePlot0=0|AC_VariableAxis0=0|AC_VariableColor0=8421504|SP_Port0=U_q|SP_Impedance0=50|SP_Port1=U_q|SP_Impedance1=50|TRAN_VariableEnabled0=True|TRAN_XVariable0=|TRAN_Variable0=v(IN)|TRAN_VariableName0=U_IN|TRAN_VariableUnits0=V|TRAN_VariablePlot0=0|TRAN_VariableAxis0=0|TRAN_VariableColor0=16711680|TRAN_Line truncated <Config>OP_Analysis=False|TRAN_Analysis=False|DC_Analysis=True|AC_Analysis=False|TF_Analysis=False|PZ_Analysis=False|Noise_Analysis=False|SP_Analysis=False|TRAN_FourierAnalysis=False|TRAN_StressAnalysis=False|TempSweep_Analysis=False|ParamSweep_Analysis=True|MonteCarlo_Analysis=False|TF_Enabled=False|TF_Source=|TF_Reference=0|PZ_Enabled=False|PZ_Node1=|PZ_Node2=0|PZ_Node3=|PZ_Node4=0|PZ_AnalType=PZ|PZ_TfType=VOL|AnalysesDataSavedIndex=4|DC_ShowMeasTableChart=False|DC_PrimarySource=IC1A|DC_PrimaryStart=1n|DC_PrimaryStop=1u|DC_PrimaryStep=100n|DC_EnableSecondary=False|DC_SecondarySource=|DC_SecondaryStart=|DC_SecondaryStop=|DC_SecondaryStep=|Noise_Enabled=False|Noise_Source=|Noise_Output=|Noise_Reference=0|Noise_Start_UserValue=22|Noise_Start=22|Noise_Stop_UserValue=22000|Noise_Stop=22000|Noise_TestPoints_UserValue=50|Noise_TestPoints=50|Noise_PointsPerSummary=0|Noise_SweepType=DEC|SP_Enabled=False|AC_StartFrequency_UserValue=22|AC_StartFrequency=22|AC_StopFrequency_UserValue=22000|AC_StopFrequency=22000|AC_TestPoints_UserValue=50|AC_TestPoints=50|AC_SweepType=DEC|AC_ShowMeasTableChart=False|SP_Impedance0_UserValue=|SP_Impedance1_UserValue=|TRAN_StartTime_UserValue=0|TRAN_StartTime=0|TRAN_StopTime_UserValue=|TRAN_StopTime=22.73m|TRAN_StepTime_UserValue=|TRAN_StepTime=181.8u|TRAN_MaxStepTime_UserValue=|TRAN_MaxStepTime=181.8u|TRAN_AlwaysSetDefaults=True|TRAN_DefaultCycles_UserValue=5|TRAN_DefaultCycles=5|TRAN_DefaultPointsPerCycle_UserValue=50|TRAN_DefaultPointsPerCycle=50|TRAN_UseInitialConditions=False|TRAN_FourierEnabled=False|TRAN_FourierFundFreq_UserValue=220|TRAN_FourierFundFreq=220|TRAN_FourierNumHarmonics_UserValue=20|TRAN_FourierNumHarmonics=20|TRAN_StressEnabled=False|TRAN_ShowMeasTableChart=False|TempSweep_Start_UserValue=|TempSweep_Start=-10|TempSweep_Stop_UserValue=|TempSweep_Stop=60|TempSweep_Step_UserValue=|TempSweep_Step=10|ParamSweep_Parameter1=POS|ParamSweep_Type1=LIST|ParamSweep_Start1=0|ParamSweep_Stop1=1|ParamSweep_Step1=1|ParamSweep_SweepType1=False|ParamSweep_SecondaryEnabled=False|ParamSweep_Parameter2=|ParamSweep_Type2=LIN|ParamSweep_Start2=|ParamSweep_Stop2=|ParamSweep_Step2=|ParamSweep_SweepType2=False|MonteCarlo_NumberOfRuns=10|MonteCarlo_DistributionType=GAUSS|MonteCarlo_Seed=-1|MonteCarlo_ResistorTolerance=10%|MonteCarlo_ResistorTolerance_UserValue=10%|MonteCarlo_CapacitorTolerance=10%|MonteCarlo_CapacitorTolerance_UserValue=10%|MonteCarlo_InductorTolerance=10%|MonteCarlo_InductorTolerance_UserValue=10%|MonteCarlo_TransistorTolerance=10%|MonteCarlo_TransistorTolerance_UserValue=10%|MonteCarlo_DCSourceTolerance=10%|MonteCarlo_DCSourceTolerance_UserValue=10%|MonteCarlo_DigitalTpTolerance=10%|MonteCarlo_DigitalTpTolerance_UserValue=10%|Sensitivity_Analysis=False|Sensitivity_GroupDeviationsEnabled=False|Sensitivity_GroupResistorEnabled=True|Sensitivity_GroupResistorDeviation_UserValue=|Sensitivity_GroupResistorDeviation=1m|Sensitivity_GroupCapacitorEnabled=False|Sensitivity_GroupCapacitorDeviation_UserValue=|Sensitivity_GroupCapacitorDeviation=1m|Sensitivity_GroupInductorEnabled=False|Sensitivity_GroupInductorDeviation_UserValue=|Sensitivity_GroupInductorDeviation=1m|Sensitivity_GroupTransistorEnabled=False|Sensitivity_GroupTransistorDeviation_UserValue=|Sensitivity_GroupTransistorDeviation=1m|Sensitivity_GroupDcSourceEnabled=False|Sensitivity_GroupDcSourceDeviation_UserValue=|Sensitivity_GroupDcSourceDeviation=1m|Sensitivity_GroupGlobalParameterEnabled=False|Sensitivity_GroupGlobalParameterDeviation_UserValue=|Sensitivity_GroupGlobalParameterDeviation=1m|Sensitivity_CustomDeviationsEnabled=True|OldCfgLoaded=True|SimViewSetup=ShowActiveSignalsProbes|OPTION_Method=Gear 2|OPTION_SpiceRefNode_UserValue=|OPTION_SpiceRefNode=GND|OPTION_DVCC_UserValue=|OPTION_DVCC=5|OPTION_DVDD_UserValue=|OPTION_DVDD=15|SheetsToNetlist=0|ParamSweep_CustomStart0_UserValue=0|ParamSweep_CustomStop0_UserValue=1|ParamSweep_CustomStep0_UserValue=|ParamSweep_Start1_UserValue=0|ParamSweep_Stop1_UserValue=1|ParamSweep_Step1_UserValue=|Sensitivity_ParameterDeviation0_UserValue=|InteractiveProbeMode=False|LaunchDate=2025-12-17 15:43:41Z|DC_CustomStart0_UserValue=|DC_CustomStop0_UserValue=|DC_CustomStep0_UserValue=|DC_PrimaryStart_UserValue=|DC_PrimaryStop_UserValue=|DC_PrimaryStep_UserValue=|ParamSweep_CustomStart1_UserValue=0|ParamSweep_CustomStop1_UserValue=1|ParamSweep_CustomStep1_UserValue=0.1|DC_CustomStart1_UserValue=|DC_CustomStop1_UserValue=|DC_CustomStep1_UserValue=|DC_SecondaryStart_UserValue=|DC_SecondaryStop_UserValue=|DC_SecondaryStep_UserValue=|ParamName0=POS|ParamValue0=1|AC_VariableEnabled0=True|AC_XVariable0=|AC_Variable0=MAG(v(OUT))|AC_VariableName0=A_Speaker|AC_VariableUnits0=|AC_VariablePlot0=0|AC_VariableAxis0=0|AC_VariableColor0=8421504|SP_Port0=U_q|SP_Impedance0=50|SP_Port1=U_q|SP_Impedance1=50|TRAN_VariableEnabled0=True|TRAN_XVariable0=|TRAN_Variable0=v(IN)|TRAN_VariableName0=U_IN|TRAN_VariableUnits0=V|TRAN_VariablePlot0=0|TRAN_VariableAxis0=0|TRAN_VariableColor0=16711680|TRAN_VariabLine truncated
<Charts /> <Charts />
</ResultConfig> </ResultConfig>
<ResultConfig> <ResultConfig>
<Name>Transient Analysis</Name> <Name>Transient Analysis</Name>
<Description /> <Description />
<Type>Transient Analysis</Type> <Type>Transient Analysis</Type>
<Date>2025-12-08 12:46:17Z</Date> <Date>2025-12-17 15:45:18Z</Date>
<IsLocked>false</IsLocked> <IsLocked>false</IsLocked>
<Config>OP_Analysis=False|TRAN_Analysis=True|DC_Analysis=False|AC_Analysis=False|TF_Analysis=False|PZ_Analysis=False|Noise_Analysis=False|SP_Analysis=False|TRAN_FourierAnalysis=False|TRAN_StressAnalysis=False|TempSweep_Analysis=False|ParamSweep_Analysis=True|MonteCarlo_Analysis=False|TF_Enabled=False|TF_Source=|TF_Reference=0|PZ_Enabled=False|PZ_Node1=|PZ_Node2=0|PZ_Node3=|PZ_Node4=0|PZ_AnalType=PZ|PZ_TfType=VOL|AnalysesDataSavedIndex=4|DC_ShowMeasTableChart=False|DC_PrimarySource=IC1A|DC_PrimaryStart=1n|DC_PrimaryStop=1u|DC_PrimaryStep=100n|DC_EnableSecondary=False|DC_SecondarySource=|DC_SecondaryStart=|DC_SecondaryStop=|DC_SecondaryStep=|Noise_Enabled=False|Noise_Source=|Noise_Output=|Noise_Reference=0|Noise_Start_UserValue=220|Noise_Start=220|Noise_Stop_UserValue=22000|Noise_Stop=22000|Noise_TestPoints_UserValue=50|Noise_TestPoints=50|Noise_PointsPerSummary=0|Noise_SweepType=DEC|SP_Enabled=False|AC_StartFrequency_UserValue=220|AC_StartFrequency=220|AC_StopFrequency_UserValue=22000|AC_StopFrequency=22000|AC_TestPoints_UserValue=50|AC_TestPoints=50|AC_SweepType=DEC|AC_ShowMeasTableChart=False|SP_Impedance0_UserValue=|SP_Impedance1_UserValue=|TRAN_StartTime_UserValue=0|TRAN_StartTime=0|TRAN_StopTime_UserValue=|TRAN_StopTime=22.73m|TRAN_StepTime_UserValue=|TRAN_StepTime=181.8u|TRAN_MaxStepTime_UserValue=|TRAN_MaxStepTime=181.8u|TRAN_AlwaysSetDefaults=True|TRAN_DefaultCycles_UserValue=5|TRAN_DefaultCycles=5|TRAN_DefaultPointsPerCycle_UserValue=50|TRAN_DefaultPointsPerCycle=50|TRAN_UseInitialConditions=False|TRAN_FourierEnabled=False|TRAN_FourierFundFreq_UserValue=220|TRAN_FourierFundFreq=220|TRAN_FourierNumHarmonics_UserValue=20|TRAN_FourierNumHarmonics=20|TRAN_StressEnabled=False|TRAN_ShowMeasTableChart=False|TempSweep_Start_UserValue=|TempSweep_Start=-10|TempSweep_Stop_UserValue=|TempSweep_Stop=60|TempSweep_Step_UserValue=|TempSweep_Step=10|ParamSweep_Parameter1=C_DCBLOCK_OUT|ParamSweep_Type1=LIST|ParamSweep_Start1=110.0u|ParamSweep_Stop1=330.0u|ParamSweep_Step1=100u 150u 220u 330u 470u 680u|ParamSweep_SweepType1=False|ParamSweep_SecondaryEnabled=False|ParamSweep_Parameter2=|ParamSweep_Type2=LIN|ParamSweep_Start2=|ParamSweep_Stop2=|ParamSweep_Step2=|ParamSweep_SweepType2=False|MonteCarlo_NumberOfRuns=10|MonteCarlo_DistributionType=GAUSS|MonteCarlo_Seed=-1|MonteCarlo_ResistorTolerance=10%|MonteCarlo_ResistorTolerance_UserValue=10%|MonteCarlo_CapacitorTolerance=10%|MonteCarlo_CapacitorTolerance_UserValue=10%|MonteCarlo_InductorTolerance=10%|MonteCarlo_InductorTolerance_UserValue=10%|MonteCarlo_TransistorTolerance=10%|MonteCarlo_TransistorTolerance_UserValue=10%|MonteCarlo_DCSourceTolerance=10%|MonteCarlo_DCSourceTolerance_UserValue=10%|MonteCarlo_DigitalTpTolerance=10%|MonteCarlo_DigitalTpTolerance_UserValue=10%|Sensitivity_Analysis=False|Sensitivity_GroupDeviationsEnabled=False|Sensitivity_GroupResistorEnabled=True|Sensitivity_GroupResistorDeviation_UserValue=|Sensitivity_GroupResistorDeviation=1m|Sensitivity_GroupCapacitorEnabled=False|Sensitivity_GroupCapacitorDeviation_UserValue=|Sensitivity_GroupCapacitorDeviation=1m|Sensitivity_GroupInductorEnabled=False|Sensitivity_GroupInductorDeviation_UserValue=|Sensitivity_GroupInductorDeviation=1m|Sensitivity_GroupTransistorEnabled=False|Sensitivity_GroupTransistorDeviation_UserValue=|Sensitivity_GroupTransistorDeviation=1m|Sensitivity_GroupDcSourceEnabled=False|Sensitivity_GroupDcSourceDeviation_UserValue=|Sensitivity_GroupDcSourceDeviation=1m|Sensitivity_GroupGlobalParameterEnabled=False|Sensitivity_GroupGlobalParameterDeviation_UserValue=|Sensitivity_GroupGlobalParameterDeviation=1m|Sensitivity_CustomDeviationsEnabled=True|OldCfgLoaded=True|SimViewSetup=ShowActiveSignalsProbes|OPTION_Method=Gear 2|OPTION_SpiceRefNode_UserValue=|OPTION_SpiceRefNode=GND|OPTION_DVCC_UserValue=|OPTION_DVCC=5|OPTION_DVDD_UserValue=|OPTION_DVDD=15|SheetsToNetlist=0|ParamSweep_CustomStart0_UserValue=|ParamSweep_CustomStop0_UserValue=|ParamSweep_CustomStep0_UserValue=|ParamSweep_Start1_UserValue=|ParamSweep_Stop1_UserValue=|ParamSweep_Step1_UserValue=|Sensitivity_ParameterDeviation0_UserValue=|InteractiveProbeMode=False|LaunchDate=2025-12-08 12:46:17Z|DC_CustomStart0_UserValue=|DC_CustomStop0_UserValue=|DC_CustomStep0_UserValue=|DC_PrimaryStart_UserValue=|DC_PrimaryStop_UserValue=|DC_PrimaryStep_UserValue=|ParamSweep_CustomStart1_UserValue=0|ParamSweep_CustomStop1_UserValue=1|ParamSweep_CustomStep1_UserValue=0.1|DC_CustomStart1_UserValue=|DC_CustomStop1_UserValue=|DC_CustomStep1_UserValue=|DC_SecondaryStart_UserValue=|DC_SecondaryStop_UserValue=|DC_SecondaryStep_UserValue=|ParamName0=POS|ParamValue0=1|DC_CustomEnabled0=True|DC_CustomSource0=IC1A|DC_CustomStart0=1n|DC_CustomStop0=1u|DC_CustomStep0=100n|AC_VariableEnabled0=True|AC_XVariable0=|AC_Variable0=MAG(v(OUT))|AC_VariableName0=A_Speaker|AC_VariableUnits0=|AC_VariablePlot0=0|AC_VariableAxis0=0|AC_VariableColor0=8421504|SP_Port0=U_q|SP_Impedance0=50|SP_Port1=U_q|SP_Impedance1=50|TRAN_VariableEnabled0=True|TRAN_XVariable0=Line truncated <Config>OP_Analysis=False|TRAN_Analysis=True|DC_Analysis=False|AC_Analysis=False|TF_Analysis=False|PZ_Analysis=False|Noise_Analysis=False|SP_Analysis=False|TRAN_FourierAnalysis=False|TRAN_StressAnalysis=False|TempSweep_Analysis=False|ParamSweep_Analysis=True|MonteCarlo_Analysis=False|TF_Enabled=False|TF_Source=|TF_Reference=0|PZ_Enabled=False|PZ_Node1=|PZ_Node2=0|PZ_Node3=|PZ_Node4=0|PZ_AnalType=PZ|PZ_TfType=VOL|AnalysesDataSavedIndex=4|DC_ShowMeasTableChart=False|DC_PrimarySource=IC1A|DC_PrimaryStart=1n|DC_PrimaryStop=1u|DC_PrimaryStep=100n|DC_EnableSecondary=False|DC_SecondarySource=|DC_SecondaryStart=|DC_SecondaryStop=|DC_SecondaryStep=|Noise_Enabled=False|Noise_Source=|Noise_Output=|Noise_Reference=0|Noise_Start_UserValue=22|Noise_Start=22|Noise_Stop_UserValue=22000|Noise_Stop=22000|Noise_TestPoints_UserValue=50|Noise_TestPoints=50|Noise_PointsPerSummary=0|Noise_SweepType=DEC|SP_Enabled=False|AC_StartFrequency_UserValue=22|AC_StartFrequency=22|AC_StopFrequency_UserValue=22000|AC_StopFrequency=22000|AC_TestPoints_UserValue=50|AC_TestPoints=50|AC_SweepType=DEC|AC_ShowMeasTableChart=False|SP_Impedance0_UserValue=|SP_Impedance1_UserValue=|TRAN_StartTime_UserValue=0|TRAN_StartTime=0|TRAN_StopTime_UserValue=|TRAN_StopTime=22.73m|TRAN_StepTime_UserValue=|TRAN_StepTime=181.8u|TRAN_MaxStepTime_UserValue=|TRAN_MaxStepTime=181.8u|TRAN_AlwaysSetDefaults=True|TRAN_DefaultCycles_UserValue=5|TRAN_DefaultCycles=5|TRAN_DefaultPointsPerCycle_UserValue=50|TRAN_DefaultPointsPerCycle=50|TRAN_UseInitialConditions=False|TRAN_FourierEnabled=False|TRAN_FourierFundFreq_UserValue=220|TRAN_FourierFundFreq=220|TRAN_FourierNumHarmonics_UserValue=20|TRAN_FourierNumHarmonics=20|TRAN_StressEnabled=False|TRAN_ShowMeasTableChart=False|TempSweep_Start_UserValue=|TempSweep_Start=-10|TempSweep_Stop_UserValue=|TempSweep_Stop=60|TempSweep_Step_UserValue=|TempSweep_Step=10|ParamSweep_Parameter1=POS|ParamSweep_Type1=LIST|ParamSweep_Start1=0|ParamSweep_Stop1=1|ParamSweep_Step1=1|ParamSweep_SweepType1=False|ParamSweep_SecondaryEnabled=False|ParamSweep_Parameter2=|ParamSweep_Type2=LIN|ParamSweep_Start2=|ParamSweep_Stop2=|ParamSweep_Step2=|ParamSweep_SweepType2=False|MonteCarlo_NumberOfRuns=10|MonteCarlo_DistributionType=GAUSS|MonteCarlo_Seed=-1|MonteCarlo_ResistorTolerance=10%|MonteCarlo_ResistorTolerance_UserValue=10%|MonteCarlo_CapacitorTolerance=10%|MonteCarlo_CapacitorTolerance_UserValue=10%|MonteCarlo_InductorTolerance=10%|MonteCarlo_InductorTolerance_UserValue=10%|MonteCarlo_TransistorTolerance=10%|MonteCarlo_TransistorTolerance_UserValue=10%|MonteCarlo_DCSourceTolerance=10%|MonteCarlo_DCSourceTolerance_UserValue=10%|MonteCarlo_DigitalTpTolerance=10%|MonteCarlo_DigitalTpTolerance_UserValue=10%|Sensitivity_Analysis=False|Sensitivity_GroupDeviationsEnabled=False|Sensitivity_GroupResistorEnabled=True|Sensitivity_GroupResistorDeviation_UserValue=|Sensitivity_GroupResistorDeviation=1m|Sensitivity_GroupCapacitorEnabled=False|Sensitivity_GroupCapacitorDeviation_UserValue=|Sensitivity_GroupCapacitorDeviation=1m|Sensitivity_GroupInductorEnabled=False|Sensitivity_GroupInductorDeviation_UserValue=|Sensitivity_GroupInductorDeviation=1m|Sensitivity_GroupTransistorEnabled=False|Sensitivity_GroupTransistorDeviation_UserValue=|Sensitivity_GroupTransistorDeviation=1m|Sensitivity_GroupDcSourceEnabled=False|Sensitivity_GroupDcSourceDeviation_UserValue=|Sensitivity_GroupDcSourceDeviation=1m|Sensitivity_GroupGlobalParameterEnabled=False|Sensitivity_GroupGlobalParameterDeviation_UserValue=|Sensitivity_GroupGlobalParameterDeviation=1m|Sensitivity_CustomDeviationsEnabled=True|OldCfgLoaded=True|SimViewSetup=ShowActiveSignalsProbes|OPTION_Method=Gear 2|OPTION_SpiceRefNode_UserValue=|OPTION_SpiceRefNode=GND|OPTION_DVCC_UserValue=|OPTION_DVCC=5|OPTION_DVDD_UserValue=|OPTION_DVDD=15|SheetsToNetlist=0|ParamSweep_CustomStart0_UserValue=0|ParamSweep_CustomStop0_UserValue=1|ParamSweep_CustomStep0_UserValue=|ParamSweep_Start1_UserValue=0|ParamSweep_Stop1_UserValue=1|ParamSweep_Step1_UserValue=|Sensitivity_ParameterDeviation0_UserValue=|InteractiveProbeMode=False|LaunchDate=2025-12-17 15:45:18Z|DC_CustomStart0_UserValue=|DC_CustomStop0_UserValue=|DC_CustomStep0_UserValue=|DC_PrimaryStart_UserValue=|DC_PrimaryStop_UserValue=|DC_PrimaryStep_UserValue=|ParamSweep_CustomStart1_UserValue=0|ParamSweep_CustomStop1_UserValue=1|ParamSweep_CustomStep1_UserValue=0.1|DC_CustomStart1_UserValue=|DC_CustomStop1_UserValue=|DC_CustomStep1_UserValue=|DC_SecondaryStart_UserValue=|DC_SecondaryStop_UserValue=|DC_SecondaryStep_UserValue=|ParamName0=POS|ParamValue0=1|DC_CustomEnabled0=True|DC_CustomSource0=IC1A|DC_CustomStart0=1n|DC_CustomStop0=1u|DC_CustomStep0=100n|AC_VariableEnabled0=True|AC_XVariable0=|AC_Variable0=MAG(v(OUT))|AC_VariableName0=A_Speaker|AC_VariableUnits0=|AC_VariablePlot0=0|AC_VariableAxis0=0|AC_VariableColor0=8421504|SP_Port0=U_q|SP_Impedance0=50|SP_Port1=U_q|SP_Impedance1=50|TRAN_VariableEnabled0=True|TRAN_XVariable0=|TRAN_Variable0=v(IN)|TRAN_VariableName0=U_IN|TRLine truncated
<Charts> <Charts>
<ChartConfig> <ChartConfig>
<Name>Transient Analysis</Name> <Name>Transient Analysis</Name>
<Id>QATLNJIR</Id> <Id>DIBYAFFB</Id>
</ChartConfig> </ChartConfig>
</Charts> </Charts>
</ResultConfig> </ResultConfig>
@@ -52,13 +52,13 @@
<Name>AC Analysis</Name> <Name>AC Analysis</Name>
<Description /> <Description />
<Type>AC Analysis</Type> <Type>AC Analysis</Type>
<Date>2025-12-08 12:48:54Z</Date> <Date>2025-12-17 15:43:42Z</Date>
<IsLocked>false</IsLocked> <IsLocked>false</IsLocked>
<Config>OP_Analysis=False|TRAN_Analysis=False|DC_Analysis=False|AC_Analysis=True|TF_Analysis=False|PZ_Analysis=False|Noise_Analysis=False|SP_Analysis=False|TRAN_FourierAnalysis=False|TRAN_StressAnalysis=False|TempSweep_Analysis=False|ParamSweep_Analysis=True|MonteCarlo_Analysis=False|TF_Enabled=False|TF_Source=|TF_Reference=0|PZ_Enabled=False|PZ_Node1=|PZ_Node2=0|PZ_Node3=|PZ_Node4=0|PZ_AnalType=PZ|PZ_TfType=VOL|AnalysesDataSavedIndex=4|DC_ShowMeasTableChart=False|DC_PrimarySource=IC1A|DC_PrimaryStart=1n|DC_PrimaryStop=1u|DC_PrimaryStep=100n|DC_EnableSecondary=False|DC_SecondarySource=|DC_SecondaryStart=|DC_SecondaryStop=|DC_SecondaryStep=|Noise_Enabled=False|Noise_Source=|Noise_Output=|Noise_Reference=0|Noise_Start_UserValue=22|Noise_Start=22|Noise_Stop_UserValue=22000|Noise_Stop=22000|Noise_TestPoints_UserValue=50|Noise_TestPoints=50|Noise_PointsPerSummary=0|Noise_SweepType=DEC|SP_Enabled=False|AC_StartFrequency_UserValue=22|AC_StartFrequency=22|AC_StopFrequency_UserValue=22000|AC_StopFrequency=22000|AC_TestPoints_UserValue=50|AC_TestPoints=50|AC_SweepType=DEC|AC_ShowMeasTableChart=False|SP_Impedance0_UserValue=|SP_Impedance1_UserValue=|TRAN_StartTime_UserValue=0|TRAN_StartTime=0|TRAN_StopTime_UserValue=|TRAN_StopTime=22.73m|TRAN_StepTime_UserValue=|TRAN_StepTime=181.8u|TRAN_MaxStepTime_UserValue=|TRAN_MaxStepTime=181.8u|TRAN_AlwaysSetDefaults=True|TRAN_DefaultCycles_UserValue=5|TRAN_DefaultCycles=5|TRAN_DefaultPointsPerCycle_UserValue=50|TRAN_DefaultPointsPerCycle=50|TRAN_UseInitialConditions=False|TRAN_FourierEnabled=False|TRAN_FourierFundFreq_UserValue=220|TRAN_FourierFundFreq=220|TRAN_FourierNumHarmonics_UserValue=20|TRAN_FourierNumHarmonics=20|TRAN_StressEnabled=False|TRAN_ShowMeasTableChart=False|TempSweep_Start_UserValue=|TempSweep_Start=-10|TempSweep_Stop_UserValue=|TempSweep_Stop=60|TempSweep_Step_UserValue=|TempSweep_Step=10|ParamSweep_Parameter1=C_DCBLOCK_OUT|ParamSweep_Type1=LIST|ParamSweep_Start1=110.0u|ParamSweep_Stop1=330.0u|ParamSweep_Step1=100u 150u 220u 330u 470u 680u|ParamSweep_SweepType1=False|ParamSweep_SecondaryEnabled=False|ParamSweep_Parameter2=|ParamSweep_Type2=LIN|ParamSweep_Start2=|ParamSweep_Stop2=|ParamSweep_Step2=|ParamSweep_SweepType2=False|MonteCarlo_NumberOfRuns=10|MonteCarlo_DistributionType=GAUSS|MonteCarlo_Seed=-1|MonteCarlo_ResistorTolerance=10%|MonteCarlo_ResistorTolerance_UserValue=10%|MonteCarlo_CapacitorTolerance=10%|MonteCarlo_CapacitorTolerance_UserValue=10%|MonteCarlo_InductorTolerance=10%|MonteCarlo_InductorTolerance_UserValue=10%|MonteCarlo_TransistorTolerance=10%|MonteCarlo_TransistorTolerance_UserValue=10%|MonteCarlo_DCSourceTolerance=10%|MonteCarlo_DCSourceTolerance_UserValue=10%|MonteCarlo_DigitalTpTolerance=10%|MonteCarlo_DigitalTpTolerance_UserValue=10%|Sensitivity_Analysis=False|Sensitivity_GroupDeviationsEnabled=False|Sensitivity_GroupResistorEnabled=True|Sensitivity_GroupResistorDeviation_UserValue=|Sensitivity_GroupResistorDeviation=1m|Sensitivity_GroupCapacitorEnabled=False|Sensitivity_GroupCapacitorDeviation_UserValue=|Sensitivity_GroupCapacitorDeviation=1m|Sensitivity_GroupInductorEnabled=False|Sensitivity_GroupInductorDeviation_UserValue=|Sensitivity_GroupInductorDeviation=1m|Sensitivity_GroupTransistorEnabled=False|Sensitivity_GroupTransistorDeviation_UserValue=|Sensitivity_GroupTransistorDeviation=1m|Sensitivity_GroupDcSourceEnabled=False|Sensitivity_GroupDcSourceDeviation_UserValue=|Sensitivity_GroupDcSourceDeviation=1m|Sensitivity_GroupGlobalParameterEnabled=False|Sensitivity_GroupGlobalParameterDeviation_UserValue=|Sensitivity_GroupGlobalParameterDeviation=1m|Sensitivity_CustomDeviationsEnabled=True|OldCfgLoaded=True|SimViewSetup=ShowActiveSignalsProbes|OPTION_Method=Gear 2|OPTION_SpiceRefNode_UserValue=|OPTION_SpiceRefNode=GND|OPTION_DVCC_UserValue=|OPTION_DVCC=5|OPTION_DVDD_UserValue=|OPTION_DVDD=15|SheetsToNetlist=0|ParamSweep_CustomStart0_UserValue=|ParamSweep_CustomStop0_UserValue=|ParamSweep_CustomStep0_UserValue=|ParamSweep_Start1_UserValue=|ParamSweep_Stop1_UserValue=|ParamSweep_Step1_UserValue=|Sensitivity_ParameterDeviation0_UserValue=|InteractiveProbeMode=False|LaunchDate=2025-12-08 12:48:54Z|DC_CustomStart0_UserValue=|DC_CustomStop0_UserValue=|DC_CustomStep0_UserValue=|DC_PrimaryStart_UserValue=|DC_PrimaryStop_UserValue=|DC_PrimaryStep_UserValue=|ParamSweep_CustomStart1_UserValue=0|ParamSweep_CustomStop1_UserValue=1|ParamSweep_CustomStep1_UserValue=0.1|DC_CustomStart1_UserValue=|DC_CustomStop1_UserValue=|DC_CustomStep1_UserValue=|DC_SecondaryStart_UserValue=|DC_SecondaryStop_UserValue=|DC_SecondaryStep_UserValue=|ParamName0=POS|ParamValue0=1|DC_CustomEnabled0=True|DC_CustomSource0=IC1A|DC_CustomStart0=1n|DC_CustomStop0=1u|DC_CustomStep0=100n|TRAN_VariableEnabled0=True|TRAN_XVariable0=|TRAN_Variable0=v(IN)|TRAN_VariableName0=U_IN|TRAN_VariableUnits0=V|TRAN_VariablePlot0=0|TRAN_VariableAxis0=0|TRAN_VariableColor0=16711680|TRAN_VariableEnabled1=True|TRAN_XVariable1=|TRAN_Variable1=v(OUT)|TRAN_VariableName1=U_OUT|TRAN_VariLine truncated <Config>OP_Analysis=False|TRAN_Analysis=False|DC_Analysis=False|AC_Analysis=True|TF_Analysis=False|PZ_Analysis=False|Noise_Analysis=False|SP_Analysis=False|TRAN_FourierAnalysis=False|TRAN_StressAnalysis=False|TempSweep_Analysis=False|ParamSweep_Analysis=True|MonteCarlo_Analysis=False|TF_Enabled=False|TF_Source=|TF_Reference=0|PZ_Enabled=False|PZ_Node1=|PZ_Node2=0|PZ_Node3=|PZ_Node4=0|PZ_AnalType=PZ|PZ_TfType=VOL|AnalysesDataSavedIndex=4|DC_ShowMeasTableChart=False|DC_PrimarySource=IC1A|DC_PrimaryStart=1n|DC_PrimaryStop=1u|DC_PrimaryStep=100n|DC_EnableSecondary=False|DC_SecondarySource=|DC_SecondaryStart=|DC_SecondaryStop=|DC_SecondaryStep=|Noise_Enabled=False|Noise_Source=|Noise_Output=|Noise_Reference=0|Noise_Start_UserValue=22|Noise_Start=22|Noise_Stop_UserValue=22000|Noise_Stop=22000|Noise_TestPoints_UserValue=50|Noise_TestPoints=50|Noise_PointsPerSummary=0|Noise_SweepType=DEC|SP_Enabled=False|AC_StartFrequency_UserValue=22|AC_StartFrequency=22|AC_StopFrequency_UserValue=22000|AC_StopFrequency=22000|AC_TestPoints_UserValue=50|AC_TestPoints=50|AC_SweepType=DEC|AC_ShowMeasTableChart=False|SP_Impedance0_UserValue=|SP_Impedance1_UserValue=|TRAN_StartTime_UserValue=0|TRAN_StartTime=0|TRAN_StopTime_UserValue=|TRAN_StopTime=22.73m|TRAN_StepTime_UserValue=|TRAN_StepTime=181.8u|TRAN_MaxStepTime_UserValue=|TRAN_MaxStepTime=181.8u|TRAN_AlwaysSetDefaults=True|TRAN_DefaultCycles_UserValue=5|TRAN_DefaultCycles=5|TRAN_DefaultPointsPerCycle_UserValue=50|TRAN_DefaultPointsPerCycle=50|TRAN_UseInitialConditions=False|TRAN_FourierEnabled=False|TRAN_FourierFundFreq_UserValue=220|TRAN_FourierFundFreq=220|TRAN_FourierNumHarmonics_UserValue=20|TRAN_FourierNumHarmonics=20|TRAN_StressEnabled=False|TRAN_ShowMeasTableChart=False|TempSweep_Start_UserValue=|TempSweep_Start=-10|TempSweep_Stop_UserValue=|TempSweep_Stop=60|TempSweep_Step_UserValue=|TempSweep_Step=10|ParamSweep_Parameter1=POS|ParamSweep_Type1=LIST|ParamSweep_Start1=0|ParamSweep_Stop1=1|ParamSweep_Step1=1|ParamSweep_SweepType1=False|ParamSweep_SecondaryEnabled=False|ParamSweep_Parameter2=|ParamSweep_Type2=LIN|ParamSweep_Start2=|ParamSweep_Stop2=|ParamSweep_Step2=|ParamSweep_SweepType2=False|MonteCarlo_NumberOfRuns=10|MonteCarlo_DistributionType=GAUSS|MonteCarlo_Seed=-1|MonteCarlo_ResistorTolerance=10%|MonteCarlo_ResistorTolerance_UserValue=10%|MonteCarlo_CapacitorTolerance=10%|MonteCarlo_CapacitorTolerance_UserValue=10%|MonteCarlo_InductorTolerance=10%|MonteCarlo_InductorTolerance_UserValue=10%|MonteCarlo_TransistorTolerance=10%|MonteCarlo_TransistorTolerance_UserValue=10%|MonteCarlo_DCSourceTolerance=10%|MonteCarlo_DCSourceTolerance_UserValue=10%|MonteCarlo_DigitalTpTolerance=10%|MonteCarlo_DigitalTpTolerance_UserValue=10%|Sensitivity_Analysis=False|Sensitivity_GroupDeviationsEnabled=False|Sensitivity_GroupResistorEnabled=True|Sensitivity_GroupResistorDeviation_UserValue=|Sensitivity_GroupResistorDeviation=1m|Sensitivity_GroupCapacitorEnabled=False|Sensitivity_GroupCapacitorDeviation_UserValue=|Sensitivity_GroupCapacitorDeviation=1m|Sensitivity_GroupInductorEnabled=False|Sensitivity_GroupInductorDeviation_UserValue=|Sensitivity_GroupInductorDeviation=1m|Sensitivity_GroupTransistorEnabled=False|Sensitivity_GroupTransistorDeviation_UserValue=|Sensitivity_GroupTransistorDeviation=1m|Sensitivity_GroupDcSourceEnabled=False|Sensitivity_GroupDcSourceDeviation_UserValue=|Sensitivity_GroupDcSourceDeviation=1m|Sensitivity_GroupGlobalParameterEnabled=False|Sensitivity_GroupGlobalParameterDeviation_UserValue=|Sensitivity_GroupGlobalParameterDeviation=1m|Sensitivity_CustomDeviationsEnabled=True|OldCfgLoaded=True|SimViewSetup=ShowActiveSignalsProbes|OPTION_Method=Gear 2|OPTION_SpiceRefNode_UserValue=|OPTION_SpiceRefNode=GND|OPTION_DVCC_UserValue=|OPTION_DVCC=5|OPTION_DVDD_UserValue=|OPTION_DVDD=15|SheetsToNetlist=0|ParamSweep_CustomStart0_UserValue=0|ParamSweep_CustomStop0_UserValue=1|ParamSweep_CustomStep0_UserValue=|ParamSweep_Start1_UserValue=0|ParamSweep_Stop1_UserValue=1|ParamSweep_Step1_UserValue=|Sensitivity_ParameterDeviation0_UserValue=|InteractiveProbeMode=False|LaunchDate=2025-12-17 15:43:42Z|DC_CustomStart0_UserValue=|DC_CustomStop0_UserValue=|DC_CustomStep0_UserValue=|DC_PrimaryStart_UserValue=|DC_PrimaryStop_UserValue=|DC_PrimaryStep_UserValue=|ParamSweep_CustomStart1_UserValue=0|ParamSweep_CustomStop1_UserValue=1|ParamSweep_CustomStep1_UserValue=0.1|DC_CustomStart1_UserValue=|DC_CustomStop1_UserValue=|DC_CustomStep1_UserValue=|DC_SecondaryStart_UserValue=|DC_SecondaryStop_UserValue=|DC_SecondaryStep_UserValue=|ParamName0=POS|ParamValue0=1|DC_CustomEnabled0=True|DC_CustomSource0=IC1A|DC_CustomStart0=1n|DC_CustomStop0=1u|DC_CustomStep0=100n|TRAN_VariableEnabled0=True|TRAN_XVariable0=|TRAN_Variable0=v(IN)|TRAN_VariableName0=U_IN|TRAN_VariableUnits0=V|TRAN_VariablePlot0=0|TRAN_VariableAxis0=0|TRAN_VariableColor0=16711680|TRAN_VariableEnabled1=True|TRAN_XVariable1=|TRAN_Variable1=v(OUT)|TRAN_VariableName1=U_OUT|TRAN_VariableUnits1=V|TRAN_VariablePlot1=1|TRAN_VariaLine truncated
<Charts> <Charts>
<ChartConfig> <ChartConfig>
<Name>AC Analysis</Name> <Name>AC Analysis</Name>
<Id>HKTMSZRD</Id> <Id>NNWAGKLV</Id>
</ChartConfig> </ChartConfig>
</Charts> </Charts>
</ResultConfig> </ResultConfig>
dev/analog/ETOTH-TRI-SQR-VCO_OTA_SS/History/Simulation/TRI-SQR-VCO_OTA_SS.~(100).sdf.Zip
BIN
View File
Binary file not shown.
dev/analog/ETOTH-TRI-SQR-VCO_OTA_SS/History/Simulation/TRI-SQR-VCO_OTA_SS.~(101).sdf.Zip
BIN
View File
Binary file not shown.
dev/analog/ETOTH-TRI-SQR-VCO_OTA_SS/History/Simulation/TRI-SQR-VCO_OTA_SS.~(102).sdf.Zip
BIN
View File
Binary file not shown.
dev/analog/ETOTH-TRI-SQR-VCO_OTA_SS/History/Simulation/TRI-SQR-VCO_OTA_SS.~(103).sdf.Zip
BIN
View File
Binary file not shown.
dev/analog/ETOTH-TRI-SQR-VCO_OTA_SS/History/Simulation/TRI-SQR-VCO_OTA_SS.~(104).sdf.Zip
BIN
View File
Binary file not shown.
dev/analog/ETOTH-TRI-SQR-VCO_OTA_SS/History/Simulation/TRI-SQR-VCO_OTA_SS.~(105).sdf.Zip
BIN
View File
Binary file not shown.
dev/analog/ETOTH-TRI-SQR-VCO_OTA_SS/History/Simulation/TRI-SQR-VCO_OTA_SS.~(106).sdf.Zip
BIN
View File
Binary file not shown.
dev/analog/ETOTH-TRI-SQR-VCO_OTA_SS/History/Simulation/TRI-SQR-VCO_OTA_SS.~(107).sdf.Zip
BIN
View File
Binary file not shown.
dev/analog/ETOTH-TRI-SQR-VCO_OTA_SS/History/Simulation/TRI-SQR-VCO_OTA_SS.~(108).sdf.Zip
BIN
View File
Binary file not shown.
dev/analog/ETOTH-TRI-SQR-VCO_OTA_SS/History/Simulation/TRI-SQR-VCO_OTA_SS.~(109).sdf.Zip
BIN
View File
Binary file not shown.
dev/analog/ETOTH-TRI-SQR-VCO_OTA_SS/History/Simulation/TRI-SQR-VCO_OTA_SS.~(110).sdf.Zip
BIN
View File
Binary file not shown.
dev/analog/ETOTH-TRI-SQR-VCO_OTA_SS/History/Simulation/TRI-SQR-VCO_OTA_SS.~(41).sdf.Zip
BIN
View File
Binary file not shown.
dev/analog/ETOTH-TRI-SQR-VCO_OTA_SS/History/Simulation/TRI-SQR-VCO_OTA_SS.~(42).sdf.Zip
BIN
View File
Binary file not shown.
dev/analog/ETOTH-TRI-SQR-VCO_OTA_SS/History/Simulation/TRI-SQR-VCO_OTA_SS.~(43).sdf.Zip
BIN
View File
Binary file not shown.
dev/analog/ETOTH-TRI-SQR-VCO_OTA_SS/History/Simulation/TRI-SQR-VCO_OTA_SS.~(44).sdf.Zip
BIN
View File
Binary file not shown.
dev/analog/ETOTH-TRI-SQR-VCO_OTA_SS/History/Simulation/TRI-SQR-VCO_OTA_SS.~(45).sdf.Zip
BIN
View File
Binary file not shown.
dev/analog/ETOTH-TRI-SQR-VCO_OTA_SS/History/Simulation/TRI-SQR-VCO_OTA_SS.~(46).sdf.Zip
BIN
View File
Binary file not shown.
dev/analog/ETOTH-TRI-SQR-VCO_OTA_SS/History/Simulation/TRI-SQR-VCO_OTA_SS.~(47).sdf.Zip
BIN
View File
Binary file not shown.
dev/analog/ETOTH-TRI-SQR-VCO_OTA_SS/History/Simulation/TRI-SQR-VCO_OTA_SS.~(48).sdf.Zip
BIN
View File
Binary file not shown.
dev/analog/ETOTH-TRI-SQR-VCO_OTA_SS/History/Simulation/TRI-SQR-VCO_OTA_SS.~(49).sdf.Zip
BIN
View File
Binary file not shown.
dev/analog/ETOTH-TRI-SQR-VCO_OTA_SS/History/Simulation/TRI-SQR-VCO_OTA_SS.~(50).sdf.Zip
BIN
View File
Binary file not shown.
dev/analog/ETOTH-TRI-SQR-VCO_OTA_SS/History/Simulation/TRI-SQR-VCO_OTA_SS.~(51).sdf.Zip
BIN
View File
Binary file not shown.
dev/analog/ETOTH-TRI-SQR-VCO_OTA_SS/History/Simulation/TRI-SQR-VCO_OTA_SS.~(52).sdf.Zip
BIN
View File
Binary file not shown.
dev/analog/ETOTH-TRI-SQR-VCO_OTA_SS/History/Simulation/TRI-SQR-VCO_OTA_SS.~(53).sdf.Zip
BIN
View File
Binary file not shown.
dev/analog/ETOTH-TRI-SQR-VCO_OTA_SS/History/Simulation/TRI-SQR-VCO_OTA_SS.~(54).sdf.Zip
BIN
View File
Binary file not shown.
dev/analog/ETOTH-TRI-SQR-VCO_OTA_SS/History/Simulation/TRI-SQR-VCO_OTA_SS.~(55).sdf.Zip
BIN
View File
Binary file not shown.
dev/analog/ETOTH-TRI-SQR-VCO_OTA_SS/History/Simulation/TRI-SQR-VCO_OTA_SS.~(56).sdf.Zip
BIN
View File
Binary file not shown.
dev/analog/ETOTH-TRI-SQR-VCO_OTA_SS/History/Simulation/TRI-SQR-VCO_OTA_SS.~(57).sdf.Zip
BIN
View File
Binary file not shown.
dev/analog/ETOTH-TRI-SQR-VCO_OTA_SS/History/Simulation/TRI-SQR-VCO_OTA_SS.~(58).sdf.Zip
BIN
View File
Binary file not shown.
dev/analog/ETOTH-TRI-SQR-VCO_OTA_SS/History/Simulation/TRI-SQR-VCO_OTA_SS.~(59).sdf.Zip
BIN
View File
Binary file not shown.
dev/analog/ETOTH-TRI-SQR-VCO_OTA_SS/History/Simulation/TRI-SQR-VCO_OTA_SS.~(8).sdf.Zip
BIN
View File
Binary file not shown.
dev/analog/ETOTH-TRI-SQR-VCO_OTA_SS/History/Simulation/TRI-SQR-VCO_OTA_SS.~(9).sdf.Zip
BIN
View File
Binary file not shown.
dev/analog/ETOTH-TRI-SQR-VCO_OTA_SS/History/Simulation/TRI-SQR-VCO_OTA_SS.~(91).sdf.Zip
BIN
View File
Binary file not shown.
dev/analog/ETOTH-TRI-SQR-VCO_OTA_SS/History/Simulation/TRI-SQR-VCO_OTA_SS.~(92).sdf.Zip
BIN
View File
Binary file not shown.
dev/analog/ETOTH-TRI-SQR-VCO_OTA_SS/History/Simulation/TRI-SQR-VCO_OTA_SS.~(93).sdf.Zip
BIN
View File
Binary file not shown.
dev/analog/ETOTH-TRI-SQR-VCO_OTA_SS/History/Simulation/TRI-SQR-VCO_OTA_SS.~(94).sdf.Zip
BIN
View File
Binary file not shown.
dev/analog/ETOTH-TRI-SQR-VCO_OTA_SS/History/Simulation/TRI-SQR-VCO_OTA_SS.~(95).sdf.Zip
BIN
View File
Binary file not shown.
dev/analog/ETOTH-TRI-SQR-VCO_OTA_SS/History/Simulation/TRI-SQR-VCO_OTA_SS.~(96).sdf.Zip
BIN
View File
Binary file not shown.
dev/analog/ETOTH-TRI-SQR-VCO_OTA_SS/History/Simulation/TRI-SQR-VCO_OTA_SS.~(97).sdf.Zip
BIN
View File
Binary file not shown.
dev/analog/ETOTH-TRI-SQR-VCO_OTA_SS/History/Simulation/TRI-SQR-VCO_OTA_SS.~(98).sdf.Zip
BIN
View File
Binary file not shown.
dev/analog/ETOTH-TRI-SQR-VCO_OTA_SS/History/Simulation/TRI-SQR-VCO_OTA_SS.~(99).sdf.Zip
BIN
View File
Binary file not shown.
dev/analog/ETOTH-TRI-SQR-VCO_OTA_SS/History/TRI-SQR-VCO_OTA_SS.~(100).PrjPcb.Zip
BIN
View File
Binary file not shown.
dev/analog/ETOTH-TRI-SQR-VCO_OTA_SS/History/TRI-SQR-VCO_OTA_SS.~(101).PrjPcb.Zip
BIN
View File
Binary file not shown.
dev/analog/ETOTH-TRI-SQR-VCO_OTA_SS/History/TRI-SQR-VCO_OTA_SS.~(102).PrjPcb.Zip
BIN
View File
Binary file not shown.
dev/analog/ETOTH-TRI-SQR-VCO_OTA_SS/History/TRI-SQR-VCO_OTA_SS.~(160).SchDoc.Zip
BIN
View File
Binary file not shown.
dev/analog/ETOTH-TRI-SQR-VCO_OTA_SS/History/TRI-SQR-VCO_OTA_SS.~(161).SchDoc.Zip
BIN
View File
Binary file not shown.
dev/analog/ETOTH-TRI-SQR-VCO_OTA_SS/History/TRI-SQR-VCO_OTA_SS.~(162).SchDoc.Zip
BIN
View File
Binary file not shown.
dev/analog/ETOTH-TRI-SQR-VCO_OTA_SS/History/TRI-SQR-VCO_OTA_SS.~(163).SchDoc.Zip
BIN
View File
Binary file not shown.
dev/analog/ETOTH-TRI-SQR-VCO_OTA_SS/History/TRI-SQR-VCO_OTA_SS.~(164).SchDoc.Zip
BIN
View File
Binary file not shown.
dev/analog/ETOTH-TRI-SQR-VCO_OTA_SS/History/TRI-SQR-VCO_OTA_SS.~(165).SchDoc.Zip
BIN
View File
Binary file not shown.
dev/analog/ETOTH-TRI-SQR-VCO_OTA_SS/History/TRI-SQR-VCO_OTA_SS.~(166).SchDoc.Zip
BIN
View File
Binary file not shown.
dev/analog/ETOTH-TRI-SQR-VCO_OTA_SS/History/TRI-SQR-VCO_OTA_SS.~(167).SchDoc.Zip
BIN
View File
Binary file not shown.
dev/analog/ETOTH-TRI-SQR-VCO_OTA_SS/History/TRI-SQR-VCO_OTA_SS.~(168).SchDoc.Zip
BIN
View File
Binary file not shown.
dev/analog/ETOTH-TRI-SQR-VCO_OTA_SS/History/TRI-SQR-VCO_OTA_SS.~(169).SchDoc.Zip
BIN
View File
Binary file not shown.
dev/analog/ETOTH-TRI-SQR-VCO_OTA_SS/History/TRI-SQR-VCO_OTA_SS.~(170).SchDoc.Zip
BIN
View File
Binary file not shown.
dev/analog/ETOTH-TRI-SQR-VCO_OTA_SS/History/TRI-SQR-VCO_OTA_SS.~(171).SchDoc.Zip
BIN
View File
Binary file not shown.
dev/analog/ETOTH-TRI-SQR-VCO_OTA_SS/History/TRI-SQR-VCO_OTA_SS.~(172).SchDoc.Zip
BIN
View File
Binary file not shown.
dev/analog/ETOTH-TRI-SQR-VCO_OTA_SS/History/TRI-SQR-VCO_OTA_SS.~(173).SchDoc.Zip
BIN
View File
Binary file not shown.
dev/analog/ETOTH-TRI-SQR-VCO_OTA_SS/History/TRI-SQR-VCO_OTA_SS.~(174).SchDoc.Zip
BIN
View File
Binary file not shown.
dev/analog/ETOTH-TRI-SQR-VCO_OTA_SS/History/TRI-SQR-VCO_OTA_SS.~(175).SchDoc.Zip
BIN
View File
Binary file not shown.
dev/analog/ETOTH-TRI-SQR-VCO_OTA_SS/History/TRI-SQR-VCO_OTA_SS.~(176).SchDoc.Zip
BIN
View File
Binary file not shown.
dev/analog/ETOTH-TRI-SQR-VCO_OTA_SS/History/TRI-SQR-VCO_OTA_SS.~(177).SchDoc.Zip
BIN
View File
Binary file not shown.
dev/analog/ETOTH-TRI-SQR-VCO_OTA_SS/History/TRI-SQR-VCO_OTA_SS.~(178).SchDoc.Zip
BIN
View File
Binary file not shown.
dev/analog/ETOTH-TRI-SQR-VCO_OTA_SS/History/TRI-SQR-VCO_OTA_SS.~(179).SchDoc.Zip
BIN
View File
Binary file not shown.
dev/analog/ETOTH-TRI-SQR-VCO_OTA_SS/History/TRI-SQR-VCO_OTA_SS.~(180).SchDoc.Zip
BIN
View File
Binary file not shown.
dev/analog/ETOTH-TRI-SQR-VCO_OTA_SS/History/TRI-SQR-VCO_OTA_SS.~(181).SchDoc.Zip
BIN
View File
Binary file not shown.
dev/analog/ETOTH-TRI-SQR-VCO_OTA_SS/History/TRI-SQR-VCO_OTA_SS.~(182).SchDoc.Zip
BIN
View File
Binary file not shown.
dev/analog/ETOTH-TRI-SQR-VCO_OTA_SS/History/TRI-SQR-VCO_OTA_SS.~(183).SchDoc.Zip
BIN
View File
Binary file not shown.
dev/analog/ETOTH-TRI-SQR-VCO_OTA_SS/History/TRI-SQR-VCO_OTA_SS.~(184).SchDoc.Zip
BIN
View File
Binary file not shown.
dev/analog/ETOTH-TRI-SQR-VCO_OTA_SS/History/TRI-SQR-VCO_OTA_SS.~(185).SchDoc.Zip
BIN
View File
Binary file not shown.
dev/analog/ETOTH-TRI-SQR-VCO_OTA_SS/History/TRI-SQR-VCO_OTA_SS.~(186).SchDoc.Zip
BIN
View File
Binary file not shown.
dev/analog/ETOTH-TRI-SQR-VCO_OTA_SS/History/TRI-SQR-VCO_OTA_SS.~(187).SchDoc.Zip
BIN
View File
Binary file not shown.
dev/analog/ETOTH-TRI-SQR-VCO_OTA_SS/History/TRI-SQR-VCO_OTA_SS.~(188).SchDoc.Zip
BIN
View File
Binary file not shown.
dev/analog/ETOTH-TRI-SQR-VCO_OTA_SS/History/TRI-SQR-VCO_OTA_SS.~(189).SchDoc.Zip
BIN
View File
Binary file not shown.
dev/analog/ETOTH-TRI-SQR-VCO_OTA_SS/History/TRI-SQR-VCO_OTA_SS.~(190).SchDoc.Zip
BIN
View File
Binary file not shown.
dev/analog/ETOTH-TRI-SQR-VCO_OTA_SS/History/TRI-SQR-VCO_OTA_SS.~(191).SchDoc.Zip
BIN
View File
Binary file not shown.
dev/analog/ETOTH-TRI-SQR-VCO_OTA_SS/History/TRI-SQR-VCO_OTA_SS.~(192).SchDoc.Zip
BIN
View File
Binary file not shown.
dev/analog/ETOTH-TRI-SQR-VCO_OTA_SS/History/TRI-SQR-VCO_OTA_SS.~(193).SchDoc.Zip
BIN
View File
Binary file not shown.
dev/analog/ETOTH-TRI-SQR-VCO_OTA_SS/History/TRI-SQR-VCO_OTA_SS.~(194).SchDoc.Zip
BIN
View File
Binary file not shown.
dev/analog/ETOTH-TRI-SQR-VCO_OTA_SS/History/TRI-SQR-VCO_OTA_SS.~(195).SchDoc.Zip
BIN
View File
Binary file not shown.
dev/analog/ETOTH-TRI-SQR-VCO_OTA_SS/History/TRI-SQR-VCO_OTA_SS.~(196).SchDoc.Zip
BIN
View File
Binary file not shown.
dev/analog/ETOTH-TRI-SQR-VCO_OTA_SS/History/TRI-SQR-VCO_OTA_SS.~(197).SchDoc.Zip
BIN
View File
Binary file not shown.
dev/analog/ETOTH-TRI-SQR-VCO_OTA_SS/History/TRI-SQR-VCO_OTA_SS.~(198).SchDoc.Zip
BIN
View File
Binary file not shown.
Loaded 100 of 792 files, more files were not shown because too many files have changed in this diff. Show more