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PSIM Level 2 Switch Model Tuning to Match SPICE Model Performance
This article discusses the parameter tuning of a PSIM Level 2 switch model using a SPICE model as a reference. As you may already know, PSIM offers a wide variety of switch types. Check out the following article about different switch model options before reviewing this one. Learning how to navigate through the PSIM switch…
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Connecting HyperStudy with HyperSpice & LTspice using a PSIM schematic
Connecting HyperStudy with HyperSpice & LTspice using a PSIM schematic PSIM gives three different solver options with PSIM (default), Altair's HyperSpice, and then a link to LTspice. You can use our design of experiments and automation tool, HyperStudy, to run automated simulations with any of these solvers. That being…
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HyperSpice Simulate
I simulated the model, but I didn't simulate it because I added a spice (the mos has j in the figure). My control strategy used the c block. In the meantime, I don't want to use the ideal gate driver, I need to consider the positive and negative voltage, can you help me solve this problem?…
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How to debug the issue: Error: Schematic contains password protected circuit...
When imoprting SPICE cubcircuit I am facing this isssue. I have ensured the run locations and import paths of the SPICE (LTSPice) related runnables and libraries. However I have been stuck with this for a long time. Kindly let me know.
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MOSFET 電流共有をシミュレートするためのバスバー S パラメータ モデリング
この記事はBusbar S-Parameter Modeling to Simulate MOSFET Current Sharing(KB0124764)を翻訳したものです。 この記事では、バスバーから S パラメータを生成し、PSIM 内の HyperSpice を使用してそれを電力コンバータ シミュレーションに配置するプロセスについて説明します。 ワークフローには、2 つの異なるソルバーを備えた 2 つの異なる環境上の 2 つの主要コンポーネントがあります。 S パラメータ抽出により、「.s#p」(# はポート数) ファイルを取得できます。このファイルは PSIM の「S パラメータ」ブロックで読み取ることができ、その後 PSIM…
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Busbar S-Parameter Modeling to Simulate MOSFET Current Sharing
In this article, we'll go through the process of generating S-Parameters from a busbar and placing them onto a power converter simulation using HyperSpice inside PSIM. The workflow has two main components on two different environments with two different solvers: From the S-parameter extraction we'll be able to get an…
