Silvaco SmartSpice 2021 – Top 10 New Features in the Baseline Release
August 19, 2021 | 10:00 am – 10:30 am (PDT)
In this webinar, we present the top 10 new features and improvements enabled by the SmartSpice team during this past year.
Entries by Gigi Boss
2021 TCAD Baseline Release
New Features in 2021 Baseline Release:
- Section 1: Process Simulation
- Section 2: Device Simulation
- Section 3: Victory Mesh
- Section 4: Parasitic Extraction
100X Faster Nano Device Atomistic TCAD Simulation with Victory Atomistic
August 5, 2021 | 10:00 am – 10:30 am (PDT)
In this webinar you will learn about 100X Faster Nano Device Atomistic TCAD Simulation with Victory Atomistic.
Simulation of Silicon and Perovskite Based Tandem Solar Cells Using TCAD
July 15, 2021 | 10:00 am – 10:35 am (PDT)
In this webinar you will learn Simulation of Silicon and Perovskite Based Tandem Solar Cells Using TCAD
An Introduction to Meshing in Victory Process
Victory Process (VP) uses two types of mesh to represent the structure:
• The geometry mesh, which is used to represent the material regions.
• The volume mesh, which is used to represent the volume data (doping etc).
Achieve Your Display Design Performance Edge Through Precision Parasitic Extraction
June 29, 2021 | 10:00 am – 10:30 am (PDT)
In this webinar you will learn how Silvaco Hipex-FS can help designers find that edge in performance and innovation with the full force of realistic 3D process simulation.
Achieving Extreme Low Power IoT Designs with Silvaco’s 55LPx Foundation IP Solution
June 24, 2021 | 10:00 am – 10:30 am (PDT)
In this webinar you will learn how Silvaco Foundation IP helps you achieve your low power designs Memory compiler features and flexibility Standard Cell library features and implementation.
Oxide Semiconductor LSI Technology and SPICE Model for Ultra Low Power LSI
May 12, 2021 | 13:00-13:40 (JST)
In this webinar, we will introduce CAAC-IGZOⓇ FET (c-axis aligned crystalline indium-gallium-zinc oxide FET) developed by Semiconductor Energy Laboratory Co., Ltd. (SEL) and the CAAC-IGZO FET SPICE model jointly developed by SEL and Silvaco.
Compact Multi-Level Digital-to-Analog Conversion Using Thin-Film Multimodal Transistors
Unlike conventional ohmic contact thin-film transistors (TFTs), contact-controlled TFTs [1], [2] rely on source energy barriers to produce a range of benefits including: low saturation voltages; extremely high intrinsic gain; power-efficiency; electrical stability; and uniformity of operation, notably with imprecise processes [3]. Generally, these benefits come at the expense of transconductance, however in materials such as polysilicon, similar levels of on-current can be obtained in a more compact footprint without any trace of kink-effect [4], [5].