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分析、 迭代、 重新模擬。

適用於實體設計的 Keysight PathWave 先進設計系統（ADS）工具，讓您能夠輕鬆地對電磁（EM）電路設計進行參數化、掃描、調諧和最佳化。 它可建立晶片的 3D 溫度曲線，並在電路模擬器中註記元件溫度，以確保溫度準確度。

查看所有是德科技實體設計與模擬軟體

軟體與人

透過高傳真度模擬，全盤考慮 EM 效應

隨著 IC 元件的複雜性不斷提升，EM 電路模擬變得至關重要，讓您能準確而高效率地進行設計。 電路產生的 EM 效應會大幅改變電壓位準，導致半導體元件受損。 透過 EM 模擬，設計人員可事先考慮這些影響，進一步在問題發生之前，避開代價高昂的後果。

保障您的創新投資

透過電熱模擬進行下一個 IC 設計

了解如何使用 PathWave Thermal Design 軟體，將熱耦合及封裝熱特性納入考量，以便確定元件溫度，進而獲得準確的「溫度感知」（temperature aware） IC 模擬結果。

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ADS 電熱模型產生軟體截圖
電磁協同模擬螢幕截圖

學習如何透過 EM/電路協同模擬，及早發現射頻耦合問題

了解微波和毫米波混合設計如何將 MMIC、RFIC、基板和天線整合在一個輕巧的機身中。 您還將了解以下內容：

  • 為什麼 EM 副作用會造成電路效能下滑。
  • 電路設計工程師爲何需在探索、調整設計和最佳化過程中，反覆考慮封裝和互連的 3D EM 效應。
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熱分析確保 Ensilica ASIC 能夠成功執行關鍵任務

「這些資料點是基於熱模擬得出的，可靠性看起來不錯，PA 的功率衰減情形非常輕微。 在進行虛擬熱分析之前，我們無從獲得這些資料點。」

Alan Wong | 資深工程副總裁 | EnSilica

閱讀案例研究
Keysight - 用於非地面網路的 5G 衛星終端

了解實體設計與模擬

Case Studies 2023.03.06

Predicting Ka-band Transceiver Thermal Margins, Wear, and Lifespan

Predicting Ka-band Transceiver Thermal Margins, Wear, and Lifespan

One use case for EnSilica’s Ka-band (26.5-40 GHz) transceivers is vehicle-mounted low-earth orbit (LEO) satellite terminals, where harsh temperatures can wear parts out faster than expected. Assessing the thermal performance of these transceivers using Keysight PathWave Advanced Design System (ADS), PathWave RFPro, and PathWave ADS Electro-Thermal Simulator is vital in understanding their thermal operating margin and lifespan.

2023.03.06

White Papers 2019.03.06

State of the Art in EM Software for Microwave Engineers

State of the Art in EM Software for Microwave Engineers

This paper discusses the 3 most established EM simulation technologies: MoM, FEM, and FDTD, linking the simulation technology to solving specific applications.

2019.03.06

電子書 2019.09.09

電磁模擬的 4 個實際應用

電磁模擬的 4 個實際應用

積體電路（IC）元件複雜度不斷提高，想要實現準確有效的設計，執行電磁（EM）電路模擬非常重要。 透過進行電磁模擬，設計工程師能夠分析並解決電磁效應對電路的影響，避免為後續種種問題付出高昂代價。

2019.09.09

Brochures 2023.07.04

PathWave EM Design (EMPro)

PathWave EM Design (EMPro)

PathWave EM Design (EMPro) provides the flexibility of drawing arbitrary 3D structures and the convenience of importing existing CAD files. You can create 3D shapes, add material properties, set up simulations, and view results.

2023.07.04

Technical Overviews 2023.03.30

Keysight RFPro

Keysight RFPro

Keysight RFPro is an EM (electromagnetic) design environment for RF circuit designers. It automates EM-circuit co-simulation to account for EM effects on RF circuit performance in 3D IC layouts, packaging, interconnects, transitions, and PCB boards. RFPro enables interactive access to EM analysis for tuning and optimization of RF circuits during design just like circuit simulators.

2023.03.30

案例研究 2019.03.24

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.

2019.03.24

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