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以精密電源進化您的測試

您所開發的產品，不論是穿戴式裝置或電動車，讓人們的工作和玩樂型態展現了全新風貌。 是德科技直流電源供應器持續改變工程師驗證其設計、了解問題及確保產品品質的方法。

不論是桌上型或系統級，我們的直流電源供應器可立即滿足您的應用需求 ─ 是全面提供電壓、電流、功能及精密度的最理想選擇。 信心十足地使用是德科技電源產品進行測試。

選擇符合您需求的直流電源供應器

您可使用這款低雜訊電源供應器，從任何角度輕鬆地檢視結果，進而強化您的桌上型應用

體積輕巧的可程控電源供應器，可減少整合和測試時間

以硬體及客製軟體克服各種電源挑戰

使用合適的工具擴充您的功能

科技日新月異， 工程師也面臨著這樣的要求。 透過合適的配件與 Keysight PathWave 設計與測試自動化軟體，為您的現有硬體提供更多功能且提高工作效率，進而加速產品開發。

精選資源

技術概覽 2021.11.16

電源產品解決方案

電源產品解決方案

有了這份選購指南，您可輕而易舉地選擇最適合您應用的直流電源供應器（例如，可因應特殊需求或更複雜需求的桌上型電源供應器）。

2021.11.16

電子書 2018.07.29

4 Ways to Build Your Power Supply Skill Set

4 Ways to Build Your Power Supply Skill Set

Get four quick tips to help you get more from your power supply and build your power supply skill set.

2018.07.29

電子書 2019.03.07

4 More Ways to Build Your Power Supply Skill Set: Part 2

4 More Ways to Build Your Power Supply Skill Set: Part 2

Today's designs place higher demands on the systems that power them, and more design problems are being caused by these power systems. This eBook supplements the first set of power skills and provides four additional tips to build your power supply skill set.

2019.03.07

應用說明 2019.02.26

How to Optimize Power Supply Testing Using the Keysight N6790 Series

How to Optimize Power Supply Testing Using the Keysight N6790 Series

The Keysight N6790 Series electronic load modules give you unmatched performance and speed for power supply test. For bench or system applications in any testing environment, you can count on high quality and reliability with superior performance and features.

2019.02.26

應用說明 2019.11.29

如何延長可攜式物聯網裝置的電池壽命

如何延長可攜式物聯網裝置的電池壽命

此應用說明介紹如何使用 Keysight X8712A IoT 裝置電池壽命最佳化測試解決方案，迅速發現設計弱點，並預估在真實運作狀態下的 IoT 裝置電池壽命。

2019.11.29

Application Notes 2022.04.19

Optimize Power Source Integrity Under Large Load Transients

Optimize Power Source Integrity Under Large Load Transients

Today’s integrated circuits are operating faster than ever. The increased operating speed can lead to highly dynamic power demand from the power supply, which poses a challenge during testing when you source power using programmable power supplies. The high-speed current waveforms can lead to voltage drops at the integrated circuit. If it is severe enough, the voltage drop can reset the microprocessor or cause anomalies in your test results. This application note explains why this voltage drop occurs and offers several ways to achieve the lowest possible voltage drop by selecting optimal load leads and power supplies and using local bypassing.

2022.04.19

Application Notes 2019.04.29

Conquering the Multi Kilowatt Source/Sink Test Challenge

Conquering the Multi Kilowatt Source/Sink Test Challenge

Satellites, hybrid electric vehicles, uninterruptible power supplies, alternate energy power sources and other modern power systems rely on bidirectional and regenerative energy systems and devices.

2019.04.29

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