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Outline:1. Introduction to Device Models. 2. Downloading ans saving the Schottky.lib file. 3. Uploading an spice Schottky Diode model. 4. The lib and the xml file of Schottky will be in the User Libraries folder. 5.Opening the Diode characteristics example from eSim. 6. Performing the KiCad to Ngspice conversion. 7. Adding the Schottky library file under Device Model tab 8. Generating the Ngspice plots. 9. Observing the Knee voltage and forward current of the Schottky diode. 10. Generating the Python plots.
1. Introduction to Device Models. 2. Downloading ans saving the Schottky.lib file. 3. Uploading an spice Schottky Diode model. 4. The lib and the xml file of Schottky will be in the User Libraries folder. 5.Opening the Diode characteristics example from eSim. 6. Performing the KiCad to Ngspice conversion. 7. Adding the Schottky library file under Device Model tab 8. Generating the Ngspice plots. 9. Observing the Knee voltage and forward current of the Schottky diode. 10. Generating the Python plots.
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