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PathWave 设计软件

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缩短设计与仿真时间

使用综合的电路设计与仿真软件加速产品设计过程。在设计产品之前了解产品在仿真的真实条件下性能如何。

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DDR5 高速数字设计

为 DDR5 高速数字设计引入行业第一个完整的设计与测试工作流程。充满信心地预测设计裕量。

PathWave ADS Memory Designer 软件为 DDR5/LPDDR5 工程师提供了 AMI 仿真和接收机均衡功能，为研发下一代 DRAM 技术开辟了道路。出色的仿真速度和精度使复杂的仿真变得简单易行，确保设计一次成功。

PathWave ADS Memory Designer 软件套件

找到适合您自己的设计软件

向业界领头羊学习

许多物联网（IoT）设备旨在为人们带来更高效和互联的生活。人们希望大多数的设备可以运行数年而无需更新、充电和人手干预。

了解这些行业领头羊如何利用 PathWave 设计软件来开发无线能量收集电路，实现射频能量向直流电的变换。

Case Study

Extending the Operating Life of IoT Devices with a Wireless Energy-Harvesting

扩展 EDA 设计软件的功能

应用软件

利用在仪器和计算机上运行的测量应用软件，更快进行深入分析

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FEATURED RESOURCES

White Papers 2021.03.09

Using Simulation to Overcome Three Millimeter-Wave Design Challenges

Using Simulation to Overcome Three Millimeter-Wave Design Challenges

Radio designers are embracing system simulation to reduce design time and ensure their devices meet the 5G NR specification. We explore 3 simulation techniques to overcome mmWave design challenges.

2021.03.09

白皮书 2019.01.06

How 5G Will Dramatically Strengthen Autonomous Driving Systems

How 5G Will Dramatically Strengthen Autonomous Driving Systems

How 5G Will Influence Autonomous Driving Systems

2019.01.06

白皮书 2019.01.15

Accelerate Innovation by Improving Product Development Processes

Accelerate Innovation by Improving Product Development Processes

Getting from concept to shipment as fast as possible is the goal of virtually every product development team. Business imperatives constantly pressure development teams to improve their simulation tools, cut design cycle times, and reduce test time to bring products to market faster. This white paper explores techniques and methodologies for improving product development processes in order to accelerate innovation.

2019.01.15

Application Notes 2017.12.04

Designing an Advanced MMIC Amplifier

Designing an Advanced MMIC Amplifier

This paper illustrates the design of an advanced MMIC amplifier, design and simulation problems faced when producing an MMIC circuit and validation steps using ADS.

2017.12.04

White Papers 2018.08.16

DesignCon 2018: Power Integrity for 32 Gb/s SERDES Transceivers

DesignCon 2018: Power Integrity for 32 Gb/s SERDES Transceivers

A 32 Gb/s FPGA is used to show how transmitter jitter is improved by engineering the impedance of the PDN ecosystem and at the same time reducing the part count.

2018.08.16

White Papers 2018.06.05

Simulation for 5G NR System Design and Verification

Simulation for 5G NR System Design and Verification

Learn how Keysight's circuit simulator (ADS) and SystemVue offer you an effective solution to overcome the challenges of 5G NR design and verification.

2018.06.05

案例研究 2019.03.20

Extending the Operating Life of IoT Devices with a Wireless Energy-Harvesting

Extending the Operating Life of IoT Devices with a Wireless Energy-Harvesting

Geneva-based STMicroelectronics and French university Ecole Supérieure d’Electronique de l’Ouest (ESEO) collaborated on the development of “energy harvesting” circuits capable of transforming RF energy into DC power. STMicroelectronics and ESEO chose Keysight Advanced Design System (ADS) and its co-simulation capabilities to accurately design and simulate the rectifying circuit for the energy harvesting solution. The design team successfully created an energy-harvesting system that transformed ambient 2.45-GHz wireless signals into DC power.

2019.03.20

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