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Analog Behavioral Modeling Indepth Instruction
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Table Models |
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Laplace Models |
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Frequency Models |
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Controlled Sources |
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Controlled Sources with Expressions |
| Probe |
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Syntax for Waveform Searches |
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Creating your own Goal Functions |
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Recording and Replaying Macros |
| Temperature Analysis |
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How to verify if temperature is modelled in a device |
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How to Specify Temperature in Spice |
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Sweeping Temperature, analyzing results |
| Advanced Component Modeling: |
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Defining your own tolerance distribution curve |
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Adding temperature effects to your passive devices |
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Adding parasitics and frequency varying characteristics to R, L, Cs |
| Transformer modeling: |
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Linear transformers |
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Multiple winding transformers |
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Non-Linear transformers: (saturating cores) |
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The Non-Linear core model |
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Specifying core parameters |
| Moving data into and out of your design: |
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Moving your schematic into MSWord |
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Moving your waveforms into MSExcel |
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Importing oscilloscope waveforms for use in Spice simulations |
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Using Probe data as an input to simulation |
| Noise Analysis |
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Overview of noise components |
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Discussion of model parameters that affect noise |
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Determine if noise is modelled in a device |
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Running a noise simulation |
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Viewing and using noise calculations |
| Switch-mode power supply simulation |
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Modeling the PWM with Behavioral models |
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Overview of various circuit topologies |
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Setting the Spice options for better convergence |
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Using Intial Conditions |
| Introduction to Op-Amp modeling |
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Creating useful op-amp models based on the Boyle model |