这是您想要的页面. 查看搜索结果:

最大限度提高您的 PCB 设计效率

PathWave 高速数字应用软件（HSD Apps）提供了信号完整性分析软件，帮助硬件工程师和印刷电路板设计师创建高速设计原型，执行验证并生成性能报告。 每个应用软件都是轻量级软件，操作简单，同时可以提高您的工作效率。

通过直观的用户体验，将更多的时间用于分析

只需点击几下，即可创建高速通道原型设计

在几分钟内洞察信号完整性问题

索取免费试用版

尽早检测信号完整性问题，缩短设计上市时间

高速数字应用软件可以帮助工程师快速识别信号完整性问题，尽早发现设计错误并轻松生成进度报告。 工程师可以快速执行信号完整性诊断，消除验证瓶颈并减少 PCB 电路板设计迭代，最终帮助客户创造更多成功设计。

电气性能扫描
（EP-Scan）

用于硬件设计的旗舰版信号完整性分析工具

EP-Scan 简化不同版本印刷电路板设计之间的比较过程，使您可以轻松查看和报告性能差异。 通过分析 ODB++ 等常用制造格式的文件，EP-Scan 可以展示您的设计制造完成后最终能够达到的性能。

了解更多

HSD Apps EP-Scan

下载最新版本

保护您的创新投资

特色资源

Application Notes 2023.06.29

How to Verify Signal Integrity on a Work-in-progress USB4 PCB Design

How to Verify Signal Integrity on a Work-in-progress USB4 PCB Design

This document provides guidance on verifying signal integrity (SI) for a work-in-progress USB4 printed circuit board (PCB) design. It emphasizes the importance of early SI analysis to avoid costly design re-spins and delays in product release. The document outlines the need for impedance control and return loss management in USB4 designs. It offers recommendations for early SI verification, including impedance and loss reduction techniques. By following these guidelines and utilizing simulation tools, designers and engineers can ensure robust and reliable USB4 solutions, minimizing the risk of rework and delays.

2023.06.29

Application Notes 2023.08.17

What is the Right Controlled Impedance for Your DDR5 Traces?

What is the Right Controlled Impedance for Your DDR5 Traces?

Starting with recognizing the lack of controlled impedance specification for DDR5 traces, this document delves into DDR vendor impedance recommendations, contrasts them with fabricated board data, and provides pragmatic design suggestions. Drawing from open-source DDR4 designs and reputable guides, this study demystifies impedance ranges for single-ended and differential traces, fostering informed DDR5 design decisions.

2023.08.17

Case Studies 2023.09.07

From Overwhelmed to Optimized: SECO's PCB Design Cycle Evolution

From Overwhelmed to Optimized: SECO's PCB Design Cycle Evolution

As the number of PCB designs at SECO rises, the signal integrity engineers who perform final verifications become overwhelmed. SECO integrated Keysight’s Electrical Performance Scan to optimize engineering resources, resulting in streamlined processes and a reported 25% increase in productivity. Delve into how SECO uses EP-Scan in this case study.

2023.09.07

应用指南 2023.01.03

如何最大化提高印刷电路板设计生产效率

如何最大化提高印刷电路板设计生产效率

在印刷电路板（PCB）设计过程中，瓶颈通常出现在最终性能验证阶段。本文提供了三种避免设计瓶颈并最大化提高 PCB 设计生产效率的方法。1.在最终验证前进行有效的分析，2.定期记录分析结果，3.自动化常规测试和分析。

2023.01.03

查看所有资源

查看所有资源

需要帮助或遇到问题？

联系我们