Requires: SmartSpice & Smartview Minimum Versions: SMARTSPICE 3.17.26.C This input deck shows how to change current temperature during a transient analysis using .RTTEMP statement with PWL function. PWL can contain

Requires: SmartSpice & Smartview Minimum Versions: SMARTSPICE 3.17.26.C This input deck example demonstrates the use of a variation block. The variation block provides an ability to change certain model/device parameter

Requires: SmartSpice & Smartview Minimum Versions: SMARTSPICE 3.16.12.R Some forms of .MESURE statement Here a simple test circuit of a Bipolar “long-tail” pair is used with a sine wave input

Requires: SmartSpice & Smartview Minimum Versions: SMARTSPICE 3.16.12.R .Net 2 port analysis on a passive circuit network. A 2 port network composed of passive elements is analysed with the .NET

Requires: SmartSpice & Smartview Minimum Versions: SMARTSPICE 3.16.12.R .Net (Nport) 4 port analysis on a passive circuit network. A 4 port network example composed of passive elements is analysed with

Requires: SmartSpice & Smartview Minimum Versions: SMARTSPICE 3.16.12.R First we can look at the simple .noise analysis of a resistor to see the characteristic over frequency. Take input deck and

Requires: SmartSpice & Smartview Minimum Versions: SMARTSPICE 3.16.12.R Transient Noise input decks TranNoise_1TranNoise_2TranNoise_3 show how the noise spectrum varies with waveform activity. Results Results_1 Results_2 Results_3 show the corresponding plots

Requires: SmartSpice & Smartview Minimum Versions: SMARTSPICE 4.18.16.R The benefits of this example are that the user can perform further analysis on saved results without having to re-execute a lengthy

Requires: SmartSpice & Smartview Minimum Versions: SMARTSPICE 4.18.16.R This jitter analysis example demonstrates jitter performance for a discrete Colpitts Oscillator circuit due to a noisey power supply. Important SmartSpice features

Requires: SmartSpice & Smartview Minimum Versions: SmartSpice 4.18.18.R and SmartView 2.32.5.R Important SmartSpice features demonstrated in this example include the following: Extracting small signal gain through a DC input sweep