Contents:

• Blaze as part of a complete simulation toolset
• The 10 essential components of III-V device simulation
• Material parameters and models

• Introduction
• Blaze features

• Overview
• Information flow
• Applications
• Heterostructure specification
• Device specification using DevEdit
• DevEdit meshing features
• III-V material specification
• Saving designed structures
• Material specification
• ATLAS/Blaze references
• Material and model specification
• Schottky contact specification
• Material specification
• Model specification
• Advanced models
• Solution techniques

• Case Study - HBT
• HBT created in DevEdit
• HBT cutline from emitter to collector
• HBT gummel plot
• HBT cut-off frequency
• HBT 4 quadrant smith chart

• Case study - PHEMT
• Structure and doping profile
• Band structure through gate
• Energy balance shows accurate gate current
• HFET subthreshold characteristic
• HFET transconductance
• S-parameter Smith chart
• HFET S-Parameters to 40Ghz
• Experimental and simulated gate current of a 0.7 micron HEMT
• Experimental and simulated drain current of a 0.7 micron HEMT
• Case study examples
• MESFET created in Flash
• Accurate doping profiles produced by Flash
• Energy balance produces a more accurate calculation
• Traps are important for accurate transient simulation
• Threshold voltage
• Smith chart
• Polar plot
• Case study examples
• PHEMT structure created with internal syntax
• Energy balance shows correct drain current downturn
• Energy balance gives accurate transconductance

• 10 essential components of III-V device simulation
• Blaze is a fully integrated part of the Silvaco tool set

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