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This shows you the differences between two versions of the page.

--- mmsim13_11_480:start [2015/04/15 02:38] – magiero
+++ mmsim13_11_480:start [2015/04/15 03:39] (current) – magiero
@@ Line 1: / Line 1: @@
 ==== MMSIM 13.11.480 ====
+[[caddocs:start | Cadence Documentation Home]]
+All are Product Version 13.1.1 April 2014
 {{spectreuser.pdf | Virtuoso® Spectre® Circuit Simulator and Accelerated Parallel Simulator User Guide}}
-  * Product Version 13.1.1 April 2014
+  * Introduction to Virtuoso Spectre Circuit Simulator
+  * Spectre Netlists
+  * Parameter Specification and Modeling Features
+  * Analyses
+  * Control Statements
+  * Specifying Output Options
+  * **Running a Simulation**
+  * Post-Layout Simulation
+  * Time-Saving Techniques
+  * Managing Files
+  * Identifying Problems and Troubleshooting
+  * Example Circuits
+{{mdlref.pdf | Virtuoso® Simulator Measurement Description Language User Guide and Reference}}
+  * Defining and Using Measurement Aliases
+{{rflibrary.pdf | Virtuoso® Spectre® Circuit Simulator RF Analysis Library Reference}}
+  * A bunch of circuit and analysis components (filters, radios, PLLs, etc.)
+{{rxuser.pdf | Virtuoso® RelXpert Reliability Simulator User Guide}}
+  * Hot-Carrier Degradation Model for MOS Transistors
+{{spectremod.pdf | Virtuoso Simulator Components and Device Models Reference}}
+  * Circuit Components (Sources, s-domain, z-domain, Noise, Analog/Logic, Switch, etc.)
+  * Passive Components
+  * Tons of transistor & diode models (e.g. BSIM6, PSP, mosvar, EKV
+{{spectreref.pdf | Virtuoso® Spectre® Circuit Simulator Reference}}
+  * Analyis Statements (ac, cosim (MATLAB), dc, envlp, hb, bhac, noise, pnoise, pz, xf, etc.)
+  * Other Simulation Topics (bsource, expressions, functions, if, keywords, digital stimulus, Verilog-A)
+  * Circuit Checks
+{{spectrerf.pdf | Virtuoso® Spectre® Circuit Simulator and Accelerated Parallel Simulator RF Analysis User Guide}}
+  * Fundamentals of RF Simulation (Shooting Newton & Harmonic Balance)
+  * Setting up a SpectreRF Simulation
+  * Frequency Domain Analyses: Harmonic Balance
+  * Single Input Large and Small-signal Analyses
+  * Multiple Input Large and Small-signal Analyses
+  * Envelope Analysis (ENVLP)
+  * Large Signal S-parameter Simulation (LSSP)
+  * AnalogLib Components Used in RF Simulation
+  * Cosimulation with MATLAB and Simulink
+  * Design Workshops
+  * Top-down RF Design Methodology
+{{spectrerftheory.pdf | Virtuoso® Spectre® Circuit Simulator RF Analysis Theory}}
+  * How the sims work
+  * SpectreRF MATLAB Toolbox
+  * The SpectreRF Analyses
+  * Simulating Oscillators
+{{veriaref.pdf | Cadence® Verilog®-A Language Reference}}
+  * Modeling Concepts
+  * Creating Modules
+  * Using Verilog-A in the Cadence Analog Design Environment
+  * Verilog-A Modeling Examples
+{{veriarefwn.pdf | Cadence® Verilog®-A What's New}}
+  * Not much
-[[caddocs:start | Cadence Documentation Home]]