Introduction to HSPICE
Introduction to HSPICE Introduction to HSPICE
• Example_ACSee ExampleSimulationenvironmentsetupEE2270 Microelectronic Circuits Laboratorym9763518 Cho, Wei-Han
• Components:Components & SourcesCapacitorHead charactersDevices representedC (C=)CCapacitorEx. CL out gnd C=1uFDDiodeInductorJJFETL (L=)Ex. L1 vdd in L=10uFK Mutual inductorResistorLInductorMMOSFETR (R=)Ex. RL vdd out R=10uFQBJTMOSFETRResistorM T,U,W Transmission line+ (L=) (W=)XSubcircuitEx. M1 d g s gnd+ nch W=30um L=10umBJTQ + (AREA=)Ex. Q1 c b e npn10EE2270 Microelectronic Circuits Laboratorym9763518 Cho, Wei-Han
- Page 1 and 2: Introduction to HSPICE• What’s
- Page 3 and 4: Star-HSpice EnvironmentOrientation
- Page 5 and 6: AvanWaves Graph InterfaceClick!1.2.
- Page 7 and 8: Simulation Environment Setup• .TI
- Page 9: Simulation Environment Setup• .PA
- Page 13 and 14: Components & Sources• Input line
- Page 15 and 16: Performing Analysis• .OP: Analyze
- Page 17 and 18: Output Specify• .PRINT: Print vol
- Page 19 and 20: Output Specify• .PROBE: Probe dat
- Page 21 and 22: Output Specify• Output Variable S
- Page 23: Example• Example_DC1: I D -V DS c
• Components:Components & SourcesCapaci<strong>to</strong>rHead charactersDevices representedC (C=)CCapaci<strong>to</strong>rEx. CL out gnd C=1uFDDiodeInduc<strong>to</strong>rJJFETL (L=)Ex. L1 vdd in L=10uFK Mutual induc<strong>to</strong>rResis<strong>to</strong>rLInduc<strong>to</strong>rMMOSFETR (R=)Ex. RL vdd out R=10uFQBJTMOSFETRResis<strong>to</strong>rM T,U,W Transmission line+ (L=) (W=)XSubcircuitEx. M1 d g s gnd+ nch W=30um L=10umBJTQ + (AREA=)Ex. Q1 c b e npn10EE2270 Microelectronic Circuits Labora<strong>to</strong>rym9763518 Cho, Wei-Han
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