Requires: SmartSpice & Smartview Minimum Versions: SMARTSPICE 3.16.12.R SmartSpice uses a Variation block to calculate resistance values within the given specified Monte-Carlo device distribution. The input deck is a SPICE

Requires: SmartSpice & Smartview Minimum Versions: SMARTSPICE 3.16.12.R The input deck uses AC analysis and several sweeps in parameter values to see response in a simple circuit. The results of

Requires: SmartSpice & Smartview Minimum Versions: SMARTSPICE 3.16.12.R This example shows how to use the .LIN analysis in a input deck to calculate S-parameter data in Real-Imaginary (RI) format and

Requires: SmartSpice & Smartview Minimum Versions: SMARTSPICE 3.17.26.C An inputdeck is used to setup the .LSTB analysis. The .LSTB analysis is used in single mode to calculate phase, gain margins

Requires: SmartSpice & Smartview Minimum Versions: SMARTSPICE 3.17.26.C This example input deck will allow you to look at the following results. The .LSTB analysis is used in common and differential

Requires: SmartSpice & Smartview Minimum Versions: SMARTSPICE 3.17.26.C This example input deck shows new .DCOP syntax: .dcop monte=val prmc <donotprintop> Statement: .OP MONTE=3 prmc donotprintop In this case, SMARTSPICE will

Requires: SmartSpice & Smartview Minimum Versions: SMARTSPICE 3.17.26.C This example input deck shows global and local parameter variation in Monte Carlo analysis. Also extended prmc printout is shown which provides

Requires: SmartSpice & Smartview Minimum Versions: SMARTSPICE 3.17.26.C This input deck shows how to ……….. and results results show the sort of results expected. For verification purposes it is possible

Requires: SmartSpice & Smartview Minimum Versions: SmartSpice 4.18.16.R and SmartView 2.32.5.R This example demonstrates crossover compensation and output impedance characterization of an Audio Power Amplifier circuit (reference “J. Puhan, T.

Requires: SmartSpice & Smartview Minimum Versions: SMARTSPICE 3.17.26.C The thermal equation extension for .RTTEMP is intended to adjust a chip temperature (Tj) during transient analysis and calculating the devices contribution