シルバコTCAD: 入門と基礎 – チュートリアル – パートII
この3部構成のウェビナーでは、シルバコTCADのソフトウェア・スイートを紹介し、入門用トレーニングおよびチュートリアルを提供します。このシリーズにより、複雑なTCADに対して適切なスタート地点から取り組み、確信を持ってTCADシミュレーションを成功させる方法を短期間で習得することが可能です。
この作成者はまだ経歴を書いていません。
でも、Ingrid Schwarz さんは、なんと 1528 件ものエントリーに貢献されたことを誇りに思いましょう。
この3部構成のウェビナーでは、シルバコTCADのソフトウェア・スイートを紹介し、入門用トレーニングおよびチュートリアルを提供します。このシリーズにより、複雑なTCADに対して適切なスタート地点から取り組み、確信を持ってTCADシミュレーションを成功させる方法を短期間で習得することが可能です。
米国カリフォルニア州サンタクララ発 – 6月26日 -Silvaco Inc. (以下シルバコ) は、本日、2019 SURGE (Silvaco UseRs Global Event) のスケジュールを発表しました。
米国カリフォルニア州フレモントおよびサンタクララ発 – 2019年5月20日 – ClioSoftおよびSilvaco, Inc (以下、シルバコ) は、本日、ClioSoft, Inc.がシルバコとの協業で開発したSoCデザイン管理プラットフォームSOS for Silvacoを発表しました。
On Monday, May 13, Silvaco announced that the semiconductor design IP of Samsung Foundry is now marketed, licensed and supported through Silvaco. The addition of Samsung production-proven design IP complements Silvaco’s existing SIPware IP products and solutions—embedded processors, wired interfaces, bus fabrics, peripheral controllers, cores for automotive, consumer and IoT/sensor applications.
米国カリフォルニア州サンタクララ発 – 2019年5月13日 -EDAソフトウェアおよび設計IPのリーディング・サプライヤであるSilvaco Inc., (以下、シルバコ) は、本日、Samsung Foundryの半導体設計IPの販売、ライセンス提供、そしてサポートを開始することを発表しました。
May 13, 2019
Silvaco has a large booth in the middle of the show floor at Display Week 2019 at the San Jose Convention Center, May 14-16. Our technology experts will discuss and demo our TCAD-to-signoff solutions with emphasis on enabling the designing of the next generation of TFT, LCD, LED, OLED and MicroLED products including the following:
この3部構成のウェビナーでは、シルバコTCADのソフトウェア・スイートを紹介し、入門用トレーニングおよびチュートリアルを提供します。このシリーズにより、複雑なTCADに対して適切なスタート地点から取り組み、確信を持ってTCADシミュレーションを成功させる方法を短期間で習得することが可能です。
本ウェビナーでは、Expertのカスタマイズに使用するJavaScript APIの基礎について紹介します。
Radiant is a graphical user interface (GUI) for TCAD simulations which lowers the entry barrier for inexperienced users to doing technology analysis. In particular, the use of guided simulation tools, for both experienced and novice researchers, can speed up the development cycle. Light emitting diodes (LEDs) have caught the attention of the scientific community for many years, especially organic-based light emitting diodes (OLEDs) and the emerging quantum dot-based light emitting diodes (QD-LEDs). As well as the implementation of quantum dot (QD) technology, both organic and inorganic materials have been combined to achieve high-efficiency hybrid light emitting diodes (hyLEDs). This article features the implementation of a simplified 1D simulation of hyLEDs based on QD technology using Radiant software.
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