EE-Sim
EE-Sim

EE-Sim®电源工具 EE-Sim®电源工具

通过在线EE-SIM设计工具,在几分钟内设计电源电路并进行仿真!要在使用硬件之前进一步审查设计,请下载EE-SIM OASIS仿真器,其中包括SIMPLIS和SIMetrix SPICE。

EE-Sim DC-DC设计和仿真工具

EE-Sim DC-DC转换器工具可根据您的要求快速创建完整的电源设计,包括原理图、BOM(采用市售部件)、时域和频域仿真。

EE-sim

易于使用且功能丰富,适合任何专业水平的设计人员

  • 简单界面为新手用户提供支持
  • 先进的功能支持专家用户执行复杂的任务
  • 可轻松修改和全面控制仿真设置

可信设计结果

  • 电路改变后重新补偿控制回路
  • 电容值会影响直流电压降额

快速端到端设计过程

  • 能够跟踪更改和比较设计版本
  • 性能出色的波形查看器
  • 为复制和修改提供构建和测试参考设计

EE-Sim OASIS仿真器

为方便您快速、准确地仿真电路设计,ADI公司提供EE-Sim OASIS仿真工具。它包括SIMPLIS仿真引擎,这是业界先进的开关模式电源IC仿真器,还有因其稳健和快速收敛而闻名的SIMetrix SPICE仿真引擎。

  • 离线运行仿真(无互联网连接)
  • 使用功能齐全的原理图编辑器添加*或移动元件
  • 从现成的原理图开始,或使用在线EE-Sim设计工具创建定制设计

下载EE-Sim OASIS仿真器

如需“检查更新”,只需转到OASIS仿真器帮助菜单即可获取最新版本。
*此免费工具对可仿真的电路尺寸有所限制,但限制余量足够大,支持实际应用。


什么是SIMPLIS?

SIMPLIS(分段线性系统仿真)是一种电路仿真器,专门设计用于应对开关电源系统的仿真挑战。与SPICE一样,SIMPLIS在元件级别工作,但执行开关电路瞬态分析的速度通常要快10至50倍。对于开关电源系统,与SPICE相比,SIMPLIS采用的分段线性(PWL)建模和仿真技术提供更好的定性收敛行为。

了解详情

什么是SIMetrix?

SIMetrix是一种常见的模拟和混合信号仿真器。它在统一的环境中包括增强的SPICE仿真器、原理图编辑器和波形查看器。它易于使用,提供良好的精度和性能以及快速收敛,适用于各种模拟和混合信号设计应用。

了解详情

查找演示电路

探索整个现成的SIMPLIS原理图库。

探索SIMPLIS模型

EE-Sim解决方案查找器

EE-Sim解决方案查找器是一款先进的零件选择工具,可让您快速找到合适的开关电源。为何解决方案查找器比参数搜索更好?解决方案查找器会验证您的设计要求,以确保每个推荐零件的适用性。它还比较了每个推荐解决方案的效率、尺寸和成本,同时考虑完整解决方案BOM,而不仅仅是IC。

EE-Sim解决方案查找器

Solution Finder

EE-Sim用户手册

本用户手册包含有关使用ADI在线工具EE-Sim的详细说明,可让您设计和仿真各种电源解决方案。

下载用户手册

EE-Sim User Manual

如何观看视频

How to Analyze the Duty Cycle of a Converter Using OASIS
Allen will explain how the duty cycle can affect the proper regulation of your converter. He will then show how to quickly analyze the duty cycle of your converter using OASIS, so you can ensure your design works before it is even built.
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如何使用OASIS分析转换器的占空比

了解LTspice®以及使用方法。本视频系列介绍了通过简单电路布局实现的LTspice原理图捕获程序。

SIMPLIS versus SPICE: Which is Better for Switching Power Conversion Simulation?
SIMPLIS was initially developed because SPICE did not simulate switching converters effectively.
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SIMPLIS与SPICE:对于开关电源转换仿真哪个更好?

最初开发SIMPLIS是因为SPICE不能有效地仿真开关转换器。在本视频中,Brooks将演示SIMPLIS如何更快地仿真开关电源转换器,避免SPICE中常见的收敛问题,内置线性化算法可快速生成准确的频域响应曲线(波特图)。

How to Use OASIS to Correlate Bench Measurements with Simulations
Ben walks through how to take accurate power supply bench measurements, and how to import those measurements into OASIS. He then demonstrates how to troubleshoot and verify a design using this method and the MAX17242EVKIT.
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如何使用OASIS将基准测量与仿真关联

Ben介绍了如何进行准确的电源基准测量,以及如何将这些测量结果导入OASIS。然后,他演示了如何使用该方法和MAX17242EVKIT对设计进行故障排除和验证。

Case Study: Design and Optimize Your Power Supply in Under an Hour
See how a senior applications engineer can create a custom DC-DC converter design, run simulations, make improvements, and iterate to a hardware-ready design in under an hour using the EE-Sim Design Tools.
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案例研究:在一小时内设计和优化您的电源

了解高级应用工程师如何使用EE-Sim设计工具在一小时内创建定制DC-DC转换器设计、运行仿真、进行改进并迭代到硬件就绪设计。

EE-Sim DC-DC Tool Overview
See a demonstration of the most commonly used functionality in EE-Sim. Includes opening a new DC-DC design, changing design requirements, creating a schematic, running simulations, comparing designs, and generating a report.
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EE-Sim DC-DC工具概述

查看EE-Sim中常用功能的演示。包括打开新的DC-DC设计、更改设计要求、创建原理图、运行仿真、比较设计和生成报告。

How to Get Started Using the EE-SIM OASIS Simulation Tool to Accurately Simulate Your Circuit Designs
Learn how to simulate a switching power circuit using the EE-Sim® OASIS Tool.
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如何开始使用EE-SIM OASIS仿真工具准确仿真您的电路设计

了解如何使用EE-Sim OASIS工具仿真开关电源电路。基于SIMPLIS仿真引擎,用于开关模式电源IC的OASIS仿真器提供了150多种电源参考设计,可以随时复制、修改和仿真。

No More Fuss with Equations: Create a Working Design with EE-Sim®
Norberto demonstrates how to use the EE-Sim Design and Simulation tool to select a DC-DC converter that meets your application requirements.
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    不再困顿于方程式:使用EE-Sim创建可行设计

    Norberto演示了如何使用EE-Sim设计和仿真工具来选择满足应用要求的DC-DC转换器。他解释了如何使用最短导通时间、最大输出电流和占空比考虑因素来有效验证您的要求并确保设计切实可行。

    How to Design a Power Supply in Five Minutes or Less with the EE-Sim® Design Tool
    In this video, Oliver teaches how to design a power supply in five minutes or less using the online EE-Sim<sup>®</sup> Design and Simulation tool. The MAX17506 Evaluation Kit is used to compare simulation results with actual hardware.
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    如何使用EE-Sim设计工具在5分钟内设计电源

    在本视频中,Oliver教授如何使用在线EE-Sim设计和仿真工具在5分钟内设计电源。MAX17506评估套件用于将仿真结果与实际硬件进行比较。

    EE-Sim Webscope Waveform Viewer
    Customize the display of EE-Sim simulation waveforms for optimal analysis.
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    EE-Sim Webscope波形查看器

    自定义EE-Sim仿真波形的显示以优化分析。可配置的参数包括信号颜色、顺序和分组;轴缩放、放置和同步;标记数量和标签;自动和手动缩放;和保存数据的格式。


    EE-Sim共享设计

    了解与联系人共享设计的三种不同方式。得益于EE-Sim基于云的特性,共享设计快捷、简单且灵活。

    EE-Sim Simulation
    Use the Simulation Setup Window to run up to six simulation types. If desired, customize a variety of simulation settings. Places to access the resulting waveforms.
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    EE-Sim仿真

    使用仿真设置窗口运行多达六种仿真类型。如果需要,可自定义各种仿真设置。可访问生成的波形。

    EE-Sim Working with Components
    Review the manufacturer, part number, and key properties for each recommended component in your schematic. Select a different component, or define your own component. How ceramic capacitor performance is derated, and why that is important.
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      EE-Sim使用元件

      查看原理图中每个推荐元件的制造商、产品型号和关键属性。选择不同的元件,或定义您自己的元件。陶瓷电容性能如何降额及其重要性。

      EE-Sim Design Tradeoffs
      Prioritize the design size, efficiency, or BOM cost based on your design needs. Learn how this selection is implemented in your schematic.
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        EE-Sim设计权衡

        根据您的设计需求优先考虑设计尺寸、效率或BOM成本。了解如何在原理图中实现这些选择。

        EE-Sim Design Requirements
        How to set the Design Requirement specifications and create a schematic.
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          EE-Sim设计要求

          如何设置设计要求规范并创建原理图。

          Rapid Power Design for Every Designer
          Walk through the online EE-Sim DC-DC Design and Simulation tool. Learn how you need less than 10 minutes to design a switching power supply circuit including schematic, BOM, and simulation results.
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            适合每个设计人员的快速电源设计

            浏览在线EE-Sim DC-DC设计和仿真工具。了解如何在10分钟内设计出包括原理图、BOM和仿真结果的开关电源电路。支持超过250种不同的IC。