Presentation Sheet SPICE Device Models supported by SMASH DIODE | JFET | MOS | BIPOLAR       level Description C - Capacitors   0 CAPACITOR cnoise CNOISE: dispersion intermediate model D - Diodes   0 DIODE 1 DIODE 2 DIODE Fowler-Nordheim 3 DIODE 4 Philips JUNCAP 6 Philips JUNCAP2 8 Philips JUNCAP 9 Philips JUNCAP dnoise DNOISE:dispersion intermediate model E - Voltage Controlled Voltage Source   vcvs Voltage Controlled Voltage Source opamp Voltage Controlled Voltage Source transformer Voltage Controlled Voltage Source table Look-up table voltage source n_table Look-up table voltage source s_table Look-up table voltage source F - Current Controlled Current Source   cccs Current Controlled Current Source G - Voltage Controlled Current Source   vccs Voltage Controlled Current Source vcr Voltage Controlled Resistor vccap Voltage Controlled Capacitor table Look-up table voltage source n_table Look-up table voltage source s_table Look-up table voltage source H - Current Controlled Voltage Source   ccvs Current Controlled Voltage Source I - Current Sources   am Amplitude Modulation Current Source dc DC Current Source exp Exponential Voltage Source noise Current Noise Source pu Pulse Current Source pulse Pulse Current Source pl Piece-Wise Linear Current Source pwl Piece-Wise Linear Current Source sin Sinusoidal Current Source sffm Single Frequency FM Current Source J - Junction FET Transistors   1 JFET: Schichman and Hodges Model  jnoise JNOISE: noise & dispersion intermediate model K - Inductor couplings   0 COUPLING 1 CORE L - Inductors   0 INDUCTOR M - Mos Transistors   0 SWITCH 1 Berkeley LEVEL1 2 Berkeley LEVEL2 3 Berkeley LEVEL3 4 Berkeley BSIM1 5 EPFL EKVv2.6 6 RELAX 7 Berkeley BSIM3v3.3 | BSIM3v3.2.4 8 Berkeley BSIM3v3.3 | BSIM3v3.2.4 9 Philips MM9 10 Austria Micro Systems ACM 11 Philips MM11 12 EPFL EKVv2.6 13 Berkeley BSIM1 14 Berkeley BSIM4v5 | BSIM4v4 | BSIM4v3 | BSIM4v21 15 Austria Micro Systems AMS 16 STMicroelectronics ST3 44 EPFL EKVv2.6 49 Berkeley BSIM3v3.3 | BSIM3v3.2.4 50 Philips MM9 53 Berkeley BSIM3v3.2.4 54 Berkeley BSIM4v5 | BSIM4v4 | BSIM4v3 | BSIM4v21 55 EPFL EKVv2.6 59 Philips MM9 60 Berkeley BSIM4v5 | BSIM4v4 | BSIM4v3 | BSIM4v21 63 Philips MM11 65 Philips MM11 69 Philips PSP ekv3 EPFL EKVv3.0 mnoise MNOISE: Noise & dispersion intermediate model mosp9 Philips MM9 mosp11 Philips MM11 Q - Bipolar Transistors   0 Gummel-Poon model BJT 1 Gummel-Poon model BJT 2 STMicroelectronics Level 1 lateral model : BJTST 4 VBIC 1.2 6 Philips MEXTRAM 8 VBIC 1.2 qnoise QNOISE: Noise & dispersion intermediate model R - Resistors   0 RESISTOR rnoise RNOISE: dispersion intermediate model S - Laplace   default LAPLACE T - Lossless Transmission Lines   default Lossless transmission line U – Lossy Transmission Lines   3 Lossy transmission line V - Voltage Sources   am Amplitude Modulation Voltage Source dc DC Voltage Source exp Exponential Voltage Source noise Voltage Noise Source pu Pulse Voltage Source pulse Pulse Voltage Source pl Piece-Wise Linear Voltage Source pwl Piece-Wise Linear Voltage Source sin Sinusoidal Voltage Source sffm Single Frequency FM Voltage Source zmodule Z Module Voltage Source     < SMASH Options

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