Dragonfly 公司的新型懸停系留無人機如何突破海上通訊限制？
DPI UAV 的系留式無人機將通訊天線提升至 500 多英尺高，將海上通訊線路從 8 英里新增到近 30 英里，提升至 3 倍之多。
資料庫
資源
高性能 PCB 佈局和散熱設計技術
This workshop will cover important aspects of PCB design to maximize heat transfer and minimize power delivery impedance and losses
正確完成模組化 DC-DC 系統設計
You will learn topics such as input and output filtering, protections, compatibility with the source and load dynamics
現在啟程登上通往未來的班機，乘坐碳排放更低的 Ampaire 混合動力飛機
Ampaire 正在開發將引領行業走向全電動未來的混合型電動飛機，實現零碳排放和更綠色的未來
什麼是“數位電力”？ 它與 Tesla 和 Edison 的交 – 直流電相比有何優勢？
Voltserver 通過數位電力™ 實現真正的數位化轉型。
Radiation-tolerant power electronic systems are hard to design
Optimizing the power distribution network (PDN) is very critical when dealing with high currents consumed by modern ASICs, FPGAs, CPUs and GPUs
Power modules offer new possibilities for uncharted EV power challenges
Economically, there is a lot hanging in the balance with automotive electrification. It may be the most important power challenge of our time
垂直供電實現尖端資料處理
新的發展對電源系統設計者提出了管理 PDN 阻抗壓降、瞬態效能規範和功率損耗的挑戰。
Vicor 公司榮獲“2022 馬薩諸塞州年度製造商”稱號
在首座 ChiP™ 製造工廠開業後，Vicor 已成為馬薩諸塞州公認的製造領先企業
使用 MOSA、SOSA 和 VPX 開放式架構的標準化防禦平臺的未來
使用開放標準化電子系統以提高互操作性、可擴充性、可靠性，降低系統成本，並儘量減少定制電子設計數量
航空航太與國防的常見問題
關於 Vicor 電源解決方案在航空航太與國防應用中的常見問題彙編
航空航太與國防術語表
一份全面的常用航空航天與國防術語表
Vicor 提供電源轉換突破，為機器人革命提供動力
OLogic 結合 Vicor 公司先進的集成式電源模組推動新一代移動機器人
2022 開放運算中國技術峰會
車載充電器是雙贏解決方案
重新定義電力分配方式
Voltserver employs Vicor’s BCM6123 fixed ratio bus converter in the receiver portion of the Digital voltage system
重新定義汽車供電網路
使用符合車標的高密度 DC-DC 模組對電動車的高壓電池進行轉換，為汽車製造商節省了重量和空間
利用可再生能源加速珊瑚礁生長應對海岸侵蝕
PRM 和 VTM 組合可讓合理的高壓 DC 以高效的管道在相對較高的電流下轉換為相當低的 DC 電壓
Vicor 電源模組推動衛星物聯網星座
Vicor 高效率、高密度、大電流的解決方案在新的太空模型中發揮了良好的作用
前往電動汽車快速充電站充電嗎？請先暫停
您正應對電動汽車 400V 和 800V 充電困境嗎？ Vicor 提供最可靠的管道來消除任何 DC 快速充電站的相容難題
Vicor 公司稱其美國 “ChiP” 工廠為行業首座
即使在最惡劣的環境中，像這樣的 Vicor ChiP 電源設備也能持久耐用
Vicor ChiP 工廠 - 自動化與可持續生產
Vicor 垂直整合工廠採用專利工藝，使 Vicor 能够生產製造高品質、低成本和可靠的電源模組
世界首座 ChiP 製造工廠
Vicor 正為我們的員工與客戶向未來投資
Vicor 完成 95000 平方英尺的 ChiP 工廠擴建
新的 ChiP 工廠採用擁有專利的制造技術使 Vicor 電源模組與眾不同，實現最密集電源和能源效率解決方案
高密度模組化電源系統的 PCB 佈局與散熱設計
用於人工智慧處理器的高密度負載以及超級計算已經變得成熟和快速，我們必須繼續推進電源組件的容量
國防電子支出尋求在關鍵應用領域克服 COVID-19 挫折的方法
專業經驗和功率密度推動新的移動機器人技術革命
Ologic 和 Vicor 合作進行機器人設計。 瞭解 Vicor 的高密度電源模組如何成為推動全新移動機器人創新關鍵
固定比率轉換器在大功率供電系統中的用武之地
固定比率轉換器的密度和效率在實現 PDN 架構提供高性能方面起著關鍵作用
救生系留無人機在功率和通訊技術上得到提升
最初設計的 DC-DC 轉換器很重，消耗過多的空間。 Vicor 輕型 DCM 為該應用提供理想的功率和重量
開啟超級運算效能
Vicor 為需要更多效率和功率的傳統系統提供一個簡單的選擇：使用雙向 NBM ™ 非隔離母線轉換器
如何複刻 12V 汽車電池
Vicor 高密度母線轉換器模組科技實現理想的電動汽車架構
使用更小、更輕的電源模組促進汽車電氣化
純電動汽車與插電式混合動力電車的銷售量正在迅速增長
研究預測：高密度電源需求隨著新太空任務而激增
衛星電源設計師必須提供比傳統系統多 20-30 倍的電流，同時减少電源傳輸網路的尺寸、重量和成本
Rob Russell 分享他對近地軌道與中地軌道衛星部署的行業未來見解
Rob Russell discusses the trends in the LEO and MEO satellite market with Pat Hindle at Microwave Journal
邊緣運算在可擴充的微型資料中心使用模組化電源
邊緣計算應用提供即時資料以改進腦外手術科技。 瞭解 Vicor 電源模組如何滿足高性能需求
優化供電網路
優化供電網路（PDN）不可避免地以系統的讓步而告終。 使用電源模組，讓步更小，效能更佳。
利用模組化電源打造更好的無人機
Vicor modules are power dense and lightweight, can easily scale as well as being flexible, while optimizing payloads and increasing flight times for UAVs
新型高密度電源解決方案幫助全球網路連接成為現實
地面寬帶無法跟上對物聯網頻寬的需求。 瞭解電源模組如何使衛星填補這一空白
太空與衛星常見問題（FAQs）
相信電源專家 Vicor 能幫助您解决您在太空中最棘手的 LEO 和 MEO 衛星電源設計難題
Vicor 功率密集型電源模組轉換 VoltServer 數字電力
與以太網供電相同，Digital Electricity™ 可使用低成本、現成的數據電纜在長距離（長達 2km）內安全地傳輸高達 2kW 的電力。
爲海浪能采集實現重大工程突破
採集海洋能，為海上資源提供可靠的、經濟的海洋能源發電和存儲、海上資料與通訊服務。
功率密度：實現全球物聯網覆蓋難以察覺的關鍵技術
從專家那裏了解為中低軌道衛星供電的快速發展趨勢，用於當今太空中先進的通信網路
2022 國際汽車設計工程展，2022 年 4 月 5 日 -7 日
Vicor presented three new power-dense approaches for powering xEVs
為新太空應用提供更高的功率密度和低雜訊
為太空通訊應用提供最佳功率和低雜訊所需的專利電源設計科技和架構
無人機在自然災害中實現救生通信
Fukaden 無人機正在為救生人員提供快速、可靠的移動通訊服務
模組化設計促進汽車電氣化
類似於以太網供電，數位電力使用經濟的、現成的資料電纜能够在長距離（長達 2km）範圍內安全傳輸高達 2kW 電力。
為新太空設計供電網路的挑戰和設計考量
瞭解設計一個更好、更可靠的供電網絡的基本知識，為 LEO 和 MEO 通訊衛星提供頂尖效能。
Vicor 與 Voltserver™ 合作開發數字電力
數位電力可幫助運營商能够使用現成的資料電纜在 2km 範圍內安全傳輸高達 2kW 的電源。 Vicor 提供 DC-DC 轉換。
2022 年能源預測：超密集供電網路正在重塑未來
無人機和機器人正在被部署到更多危險類型的移動工作中。Vicor 功率密集型模組使這些應用的供電變得容易。
數字電力為電力傳輸帶來智慧性和安全性
Digital Electricity ™ 提供了低電壓的優勢，同時具備交流電的功率和遠程效能（長達 2km）。 Vicor 提供 DC-DC 電源轉換。
「新太空」需要高密度電源，才能跟上預計 20 倍的增長步伐
What will it take to achieve global Internet coverage? A lot of power. Learn how Vicor is helping increase internet bandwidth 20x over the next 10 years
耐輻射的電力電子技術是填補衛星基礎設施缺陷的關鍵
Vicor的創新電源解決方案幫助數十億入接入高速互聯網，為那些被限制或無法接入網路的人提供寬帶連接
幫助美國海軍將海浪轉化為持續的電能
Vicor and C-Power unlock new opportunities for U.S. Navy using C-Power’s SeaRAY which provides localized power-generation and data services at sea
將 12V 電池縮小一半並保持冷啟動？
How much space and weight could you save by sizing the 12V battery correctly to meet your always-on use cases? Learn how much when using power modules
太空術語表
用這個方便的太空、衛星術語詞彙表來學習星星的語言
優化高密度電源設計：模組化與分立式孰優孰劣
There are several important design variables to consider when evaluating the power module design process
捕獲海洋能
Ocean waves breaking around the world’s coastline can deliver as much as the 2 – 3 million megawatts of total power
能源發電新浪潮
Wave power has lagged behind solar and wind, but it has perhaps the greatest potential
HIRO 提供緊湊、可擴充的邊緣運算
Edge computing is critical to realizing the full potential of artificial intelligence (AI), machine learning and Internet of Things (IoT)
使用老式的矽 MOSFET 增加功率密度
Minimizing tradeoffs and workarounds using high voltages and modular power approach to power systems design give longevity to the Si MOSFET
與 Vicor 合作，加速汽車電氣化
Overcoming hurdles with fast charging, converting high voltage and bridging 12V and 48V applications
集群式 AI 處理器供電方案
Vertical power enables up to 100kA of current and multi-rail core voltage delivery
C-Power 和 Vicor 為海上應用提供高效、可再生的能源
Power systems that perpetually generate and store 10W to 1MW from ocean waves
12V 鉛酸電池即將退出市場？
充分利用電動車高壓電池，更有效地提供 12V 電壓
面向新太空应用的紧凑、高密度、高效率 DC-DC 轉換器
衛星運營商正在提供複雜的機載處理能力
Digital Electricity™ 實現真正的數位化轉型
建築物、農業以及露天體育場的數位化，需要部署智慧邊緣感測器，以便將實时資料傳輸至雲端。
汽車電氣化：48V 就是新的 12V
A vehicle has many different power requirements. A modular power approach is inherently more flexible and scalable, able to address these challenges
利用模組化供電網路提升無人機能力
The growth of UAVs is also being driven by new applications, with both commercial and defense UAVs requiring more functionality to meet these needs
取消 12V 電池，提高電動車效能
Vicor power module transient response (75A/10µs), is three times faster than 12V, in essence creating a virtual battery
為兼容電動汽車基礎設施鋪平道路
车载转换使电动汽车能够在任何电站充电
無人機的模組化供電網路
The key challenge we see facing engineers today is the demand for smaller, lighter-weight designs that deliver higher power
為高性能計算提供強大動力
Factorized Power Architecture delivers lower core voltages and higher core currents while providing lower losses and higher efficiency
使用模組化電源加速 xEV 發展
Overcome three key hurdles to electrification, including decentralized 48V power distribution and 400V/800V charging compatibility
面向繫留無人機應用的 DCM
Tethered drones can be demanding as weight reduction is a critical requirement. Vicor DCMs create an optimum solution for this type of application
利用海浪爲遠程海洋應用供電
Oceanographic exploration is challenging because of unpredictable environmental conditions
使用模組化電源構建更好的機器人
Real-word examples of using modular power in robots
Dragonfly Pictures 公司無人機將艦艇直線對傳式無線電通信範圍擴大近 4 倍
Deploying 800V high voltage power enabled the tethered UAV to minimize losses and drag by using a thinner, lighter tether cable power
燃料電池供電無人機使用電源模組提供 4 倍的飛行時間
Hydrogen fuel-cell-powered drones use high density power modules for overseas humanitarian missions. The innovative PDN provides 4x flight times.
設計機器人動力架構前需要考慮的六個問題
Power dense modules are the optimal robotics solution that deliver compact, lightweight and scalable power that is efficient and flexible
汽車電氣化競爭：獲勝的途徑
To achieve their aggressive electrification goals, OEMs need to innovate their power delivery networks using high density, scalable power modules
創新電源模組封裝
Power module packaging is a unique differentiator that has enable Vicor to increase power density by more than 500x in 40 years
使用模組化供電網絡推動行動機器人的發展
Guide to developing better PDNs to meet the needs of today’s robotics systems
電源系統設計工具: 快速簡便地配置完整、高效率、緊湊、多項輸出的電源系統
Designing your power system and/or choosing the right module is as easy as entering your input and output power and your basic system requirements
WiBotic和Vicor爲機器人提供自主無線充電
Wibotic’s adaptive matching system underpins innovative approach to enable more robotic fleet productivity. Vicor power modules support wireless charging
氫燃料電池供電將無人機的飛行半徑擴大 4 倍
Hydrogen fuel cell drones deliver 4x duration of lithium ion batteries. Vicor power modules enable Doosan’s innovative, efficient power delivery network
電源解決方案减少了超聲波管道檢查的停機時間
Power solution reduces downtime by upgrading the sensors, cameras and onboard processors
Vicor 爲移動機器人及無人機下一代無線充電的強勁電源需求提供有力支持
The next generation of robotic productivity replies on power dense modules to support autonomous, wireless charging
基於模組的緊湊型高壓供電網絡助力克服繫留無人機供電系統的挑戰
Optimizing tethered UAV performance by deploying compact, module-based power delivery network. High voltage enables thinner, lighter tethered cable
無線充電讓無人機翱翔長空
Wibotic and Vicor partner to deliver enhanced power systems that drive autonomous wireless charging for optimal robot and UAV performance
模組化水下機器人迅速適應當前危險的水下任務
VideoRay’s modular design approach offers unprecedented flexibility to quickly design ROVs for custom missions
如何設計模組化 DC DC 系統，第 1 部分：四個階段的設計
如何設計模組化 DC DC 系統，第 2 部分：濾波器設計
如何設計模組化 DC DC 系統，第 5 部分：負載考慮因素
如何設計模組化 DC DC 系統，第 4 部分：安全保護系統
如何設計模組化 DC DC 系統，第 3 部分：穩定性分析與解耦
高密度、模块化供电网络优化移动机器人性能
Fixed-ratio and high-efficiency buck and buck-boost converters enable more range, duration and payload
機器視覺系統在相同的空間中擁有更大的能量
Machine vision systems have dramatically increased the throughput and quality of products built on automated production lines by improving accuracy
用醫學膝關節手術機器人改進手持工具的人體工程學
Miniature robotic tools can facilitate a reduction in the scope of medical surgery
寬輸入電壓爲高架龍門吊機器人催生非接觸電源解決方案
Many factories specializing in the fabrication of heavy objects can benefit from an overhead gantry with robots
高效率轉換器助力最大限度延長運行時間
High efficiency converters help maximize run-time
下水道檢查機器人的輕量級低噪聲解決方案
Power more sensors without increasing weight to improve autonomy, mobility and AI (allowing deep learning) is enabling inspection robots to replace humans
增加巡邏，減少充電的安防機器人
The addition of sensors like LIDAR, together with sophisticated onboard AI processors, has allowed autonomous robots to interact more safely with humans
更輕的電纜為係留無人機開闢全新市場
Power modules support high efficiency tethered surveillance drone that can detach and fly free to track and chase
面向航空產業的環保電力系統
高性能電源模組封裝的特性
Power module packaging, has been a unique differentiator for Vicor since its inception
機載電源達 11kW，尺寸堪比平板電腦
An upgrade to a high-altitude long endurance (HALE) UAV platform included fitting a new, higher-resolution, longer-range radar and improving the telemetry
平均功率技術節省成本
Power averaging saves cost
在惡劣環境下可靠運行
When drilling for ore at shallower sites complexity and cost can be significantly reduced using a motor driven helical screw drill bit
DC-DC 變壓器助力延長系線
DC-DC transformer facilitates implementation of longer tether
在極低電壓下提供大電流
Delivering high current at very low voltage suits the need for a small, robust and reliable low profile power solution for antennas
雙向轉換器將電池陣列縮減爲一個電池
Solid-state X-ray technology allows X-ray scanners to be portable and battery operated, enabling medical staff to check patients in any location
高密度電源助力隱藏 5G 室內小型蜂窩基站
高密度電源助力隱藏 5G 基站
面向 UAV 的全球首款商用氫燃料電池組
Industry-leading UAV flight range
強大的模組化電源
Power delivery networks are rapidly changing, and their power requirements require a wide portfolio of modules to enable the maximum.
採用模組化電源迎接高功率航天航太與國防應用的挑戰
國防與航天航太：爲具有尺寸、重量及功耗限制的前沿技術提供強勁動力
電源系統配置工具用戶指南 602
世界首個大型房車錦標賽進入混合動力時代
New hybrid engine features an innovative, ultra-lightweight, 48V lithium-ion-based battery pack and intelligent power management system
將 400V 轉換爲 SELV 系統電源
Ian Mazsa sits down with EE Journal to discuss best practices and benefits of using high voltage power
新創基板供電網路
Every electronic piece of equipment or system has a power delivery network (PDN)
繫留無人機電源匹配
Discover new techniques using real-world applications to develop system architecture and select power components to fulfill conversion needs
當今的汽車需要更大的電源和更輕的重量
新型繫留無人機徹底改變了機動性和遠程通信
Tethered multi-rotor drones are designed to track and follow mobile host platforms under the most extreme weather conditions
用PRM設計大功率並行陣列
BCM 將高壓電池轉化至 SELV 系統
Eliminate intermediate energy storage in EV power architectures. Read this Vicor white paper on BCM Selve systems
繫留無人機供電設計指南
To upgrade features in a UAV increases the payload weight, so your power supply need to be power dense, scalable flexible to accommodate change
航空產業的環保電源系統
提高 48V 配電性能
Traditional power delivery networks (PDNs) are under tremendous pressure to deliver higher performance
避免常見的AC-DC設計缺陷
This webinar focuses on AC-DC front-end considerations, inrush current considerations, requirements of PFC, and passive and active PFC
如何在汽車電源系統設計中做出重要利弊權衡
Electric vehicles can use up to 20X more electrical power than a traditional internal combustion engine vehicle
消除電動汽車供電架構的中間儲能
高密度 DC-DC 轉換器提供 22A 的電流，可爲 MIL-COTS 提供 Sn/Pb BGA 選項
採用可再生能源和分比式電源加速珊瑚礁的生長
Precise power conversion and regulation of renewable energy
Vicor 電源模組爲電動汽車提供充電、供電和轉換支持
供電網絡將何去何從
收割、搬運和配送機器人的最高效供電
Learn how Vicor delivers high power with efficiency and reduced weight for various robots
用更小、更輕的電源模組加速汽車電氣化
Learn how to overcome hurdles with fast charging, converting high voltage and bridging 12V and 48V applications
Phasor 使用分比式電源架構實現強大的移動寬帶連接
Phasor 使用分比式電源架構實現強大的移動寬帶連接
分比式電源加速珊瑚礁恢復
PSDcast – 機器人和無人機產品的自主無線充電將重塑自動化生產的未來
How to build and power autonomous wireless charging for robots or battery at any station, enabling the maximum up time
採用高效、可擴展的電源組件打造電動航空產品
Escalating concern over rising carbon dioxide (CO2) emissions is driving worldwide demand for more pure electric vehicle and hybrid electric vehicles
48V 是汽車電源的未來
無線充電為機器人和無人機提高新一代生產力
Robotic and unmanned vehicle (UV) fleets are reshaping the future of automation and production
分佈式電源架構在汽車市場有何優勢？
Decentralized power is a phenomenon that's starting to hit the automotive sector
Redefining power delivery architectures with fixed‑ratio converters
日益發展的電源及高級散熱技術如何融合，滿足人工智能、超級計算及雲數據中心的需求？
使用 48V 分布式電源架構解決汽車電氣化難題
There are many electrification choices, but most manufacturers are opting for a 48-volt mild-hybrid system rather than a full-hybrid powertrain
Power Electronic Tips: 固定比率轉換器非常適合大功率供電系統
Electronic Specifier: 電源電子產品的十字路口
Mouser: DC-DC 轉換器提供優异的電源系統性能和連接性
With its high frequency zero voltage switching (ZVS) topology, DCMs consistently deliver high efficiency across their specified input line range
Mouser: 高功率、零電壓開關 DC-DC 轉換器始終提供高效率
The Vicor DCM3623 family are isolated, regulated DC-DC converters, operating from an unregulated, wide range input to generate an isolated output
Mouser: 新型 DC-DC 電源轉換器充分滿足最嚴格的軌道交通車載應用需求
The Vicor DCM2322 family of isolated and regulated DC-DC converters provide high efficiency and high power density for rail, defense, aerospace, and more
Digi-Key: 為現代軌道系統供電
The DCM2322 is an isolated, regulated DC-DC converter enabling high-frequency, zero-voltage switching that has a low-profile design with high-density filtering
Mouser: 雙向48V至12V轉換支持98%的峰值效率
The NBM2317 bridging converter for 12v and 48v systems enables cost-effective high-density and high-efficiency
Mouser: 高效率負載點穩壓器
The PI3523 ZVS Switching Regulators are high-efficiency and integrate the controller, switches, amplifiers and support components in a high-density LGA system
Mouser: 直接至負載點的寬範圍穩壓器
Digi-Key: DC-DC轉換器，可為創建更小、更輕、成本更低的電源系統提供所有必要的效能及特性
The DCM3623T75H53 module leverages the thermal and density benefits of Vicor ChiP packaging technology, allowing customers to achieve cost effective power solutions with previously...
Digi-Key: 高性能降壓穩壓器可在不降低輸送量的情况下縮小尺寸
PI3325 ZVS buck regulators are highly integrated system-in-package regulators that integrate the controller, power switches, and support components in a 10 x 14mm LGA package
採用分佈式48V電源架構解决汽車電氣化難題
高密度、模块化供电网络优化移动机器人性能
Factorized power is shorthand for a Factorized Power Architecture (FPA) used when high-current board-mounted power is needed
電源系統設計: 少即是多
Bodos: 打破汽車內部的傳統電力供應
採用 48V 電池
Vehicle electrical requirements for modern EVs and hybrids adopt the 48V battery
迎接現代鐵路的電源挑戰
Michael Schipani sits down with Amelia Dalton, Host of Chalk Talk (EE Journal) to discuss the power challenges and trends within the rail industry
Digi-Key: 將12V高效橋接至48V
Bridging 12V to 48V, the Vicor NBM2317 is a non-isolated, fixed ratio, DC-DC bidirectional converter that uses a unique switching topology and packaging
DCM 設計指南
SM-ChiP™ 回流焊建議
具整流調節的平均功率電源設計: 智慧型脈衝負載電源解決方案
Power averaging for configuring a system to power pulsed loads allows the designer to build a system that is small, power dense and very efficient
一種更加簡便高效的方法讓您的 LED 運行更加明亮，壽命更持久！
LED video wall technology is expensive to deploy and maintain. But better power design can improve performance, efficiency and long-term success
設計永不失效的快速啓動電源應用
快速啓動電源系統的運行速度可高達10ms
VITA 62 增加了現有的機載電源所需的功率規格
VITA 62 3U 電源並聯運行
VITA 62 電源 270VDC 輸入 I2C™通訊
EDN: Vicor 為人工智慧和汽車提供動力
PMBus® 介面和配件使用指南 (用于轉接器型號 I2C-ADAPTER-A02)
VIA™ 封裝 PMBus® 介面和配件用戶指南
GQFN SiP 焊接建議
ECN: 對更小、高性能電源和模組的需求增加
Dr. Vinciarelli receiving the prestigious 2019 IEEE William E. Newell Power Electronics Award
PI358x-00-EVAL1 ZVS 穩壓器 30 – 60VIN ZVS 降壓評估板用戶指南
ZVS 降壓和升壓穩壓器, 10 x 10mm和10 x 14mm LGA/BGA組件的裝配指南
使用多個部件構建更智慧的超寬 DC-DC 轉換器解決方案
通用解決方案通常可讓情況簡單化。但在選擇超寬 DC-DC 電源時，這種方法無法獲得最佳結果
設計軍用級別的快速啟動電源應用
In the field of battle milliseconds can be the difference between success and failure. Learn what it takes to design a flawless rapid-start power system
PFC MicroSTM 功率因數校正 AC-DC 轉換器
PFC MicroTM 功率因數校正 AC-DC 轉換器
QPI-x-EVAL1
QPO-1-EVAL1
QPO-2-EVAL1
PFC MiniTM 功率因數校正 AC-DC 轉換器
QPI-12-CB1-評估板
雲台系統的圖像穩定性提高了車載光學瞄準器的性能
Compact vehicle power supply
為什麼電源設計要轉為 48V?
To power the next generation of data centers, electric vehicles and AI-driven technologies, industries are moving to 48V power
為現代鐵路應用設計電源系統
This webinar explains the market pressures on engineers developing power systems for the rail industry and ways to overcome the technical challenges
您的電源系統沒有通過傳導EMI測試 — 現在該怎麼辦？
This webinar focuses on techniques to help identify the real source for EMI test failure quickly, and how to reduce their noise spectrum
VIA™和ChiP™模組的熱管理
可擴展的，低重量的DC-DC解決方案，用於機載雷達的高電容負載
DC-DC Solution for a unique power system challenge
NBM2317 SM-ChiP™(非隔離母線轉換器模組) 評估板用戶指南
直接紅外對抗的光學電路運行冷卻器，同時滿足嚴格的電磁干擾規范
When size and weight matters
射頻放大器的電源電壓在跳頻過程中得到很好的調節，爲便攜式無線電提供了安全的通信
Providing secure, encrypted communication to minimize espionage
組件雙面散熱時代的散熱設計
The need for greater energy efficiency, higher output and increased density must be met despite reducing design cycle times to shorten time-to-market
電源系統設計人員的逐步安全設計
This paper explains how power designers can use these steps to remove the stress of safety certifications for their next design
Bodos: 處理電源系統設計中的中後期的變更
高密度、模块化供电网络优化移动机器人性能
New AC-DC system architecture based on fixed-ratio bus converters is described and analyzed along with its benefits and trade-offs
在並行DC-DC轉換器陣列中減少不需要的輸入拍頻
In critical applications, where power supply failure can be catastrophic, fault-tolerant power supplies use N+1 similar converters to provide a very high level of reliability
Electronic Specifier: 為人工智慧計算做準備
母線轉換器在穩壓 DC-DC 應用中的使用
FPA™ (Factorized Power Architecture™) has provided leverage in solving demanding power challenges which call for high levels of efficiency, power density and superior power handlin...
使用 Yeaman 拓樸學進行 PFC 單一轉換線路漣波取消
The main characteristic of this topology is to separate the output voltage regulation function from the bulk power‑conversion function, as it is used in DC‑DC converters
Vicor 電源組件如何實現功率平均
As system power levels increase, many power designers are finding it difficult to stay within space and weight constraints. Designing the power system for the average power can be ...
電力元件設計空間中的實用的電磁干擾控制
This article attempts to address the notion of control of conducted emissions in the context of applying Vicor Power Components in a customer application
寬輸入電壓範圍實現電池的充分利用，增加無人機的航程
Facilitating battery upgrade to extend range
處理不同的動力需求，使無人機適應不同的有效載荷要求
Scalable solutions for maximum functionality
PI31xx-xx-EVAL1 ZVS 隔離 DC-DC 轉換器評估板
電源設計人員無壓力電氣安全
This webinar presents a checklist of things to consider about safety when working on your next power design
下一代汽車的動力困境
Electric, hybrid electric, driver assistance systems and infotainment are creating new power demands for automotive manufacturers
高密度、模組化供電網路優化移動機器人性能
The top reasons for not completing designs on time include the demand for increasingly higher-performance and a lack of engineering resources and skills
推薦最大壓縮力的散熱器
高效能 ZVS 降壓型穩壓器消除 在寬輸入範圍負載點應用中 提高功率輸送量的障礙
當前更高性能應用的要求已超出了常規穩壓器能達到的範圍
微處理機核電源中不連續導電模式ZVS 昇降壓拓撲的控制
In this paper, the authors navigate the design challenges one encounters implementing such a voltage regulation scheme that are not seen in the traditional continuous‑conduction‑mo...
在熱計算中使用電路模型
Thermal modeling is a vital part of power system design, as exceeding the maximum internal temperature of a component can result in device failure. Additionally, operating power co...
Vicor 電源組件的熱模型
This paper describes the circuit models that have been created for Vicor products to allow engineers to estimate the maximum internal temperature of the power component
專門為Micro, Mini, Maxi轉換器、VI-200、MI-200、VI-J00、MI-J00 轉換器系列創造高壓輸出
為什麽電源設計轉用 48V？
正弦幅度轉換器的逆向模式應用
The power electronics industry is seeing the re-emergence of DC high-voltage distribution in place of AC systems of power transmission within advanced machines and installations
如何避免電源系統設計的「隱藏成本」
設計您的電源系統成本太高了嗎？分比式電源設計可能更昂貴。了解使用模組化方法進行設計的更多好處
PFC MegaPAC-ELTM PFC MegaPAC-HPELTM 功率因數校正 AC-DC 轉換器
PFC MegaPACTM 功率因數校正 AC-DC 轉換器
HV ChiP BCM® 反向啟動電路
Vicor和3M公司演示液浸冷卻科技的優勢
Vicor and 3M demonstrate the benefits of liquid immersion cooling
電源系統設計工具用戶指南
IBC™ 的篩選注意事項
微型 DC-DC 轉換器系列隔離式遠端採樣補償
提升 VI Chip® 母線轉換器陣列的輕載效率
使用 FARM AC 前端模組的離線供電
故障管理電路
設計 BCM® 預充電電路
Gyoukou 超級電腦使用 48V 分比式電源
Watch the demonstration of Gyoukou, the ExaScaler/PEZY ZettaScaler-2.2 liquid immersion cooling supercomputer
DC MegaPACTM DC-DC 轉換器
減小電源的重量和尺寸可以增加拴系機器人的有效載荷
Multiple power source, rugged vehicle robots
轉換器之間的功率共享簡化了光分組傳輸系統的遠程升級
Field upgradable power
AC輸入可替代現有PBX系統中的現有DC解決方案
Flexible telephone system
分佈式天線系統的重新設計現通過以太網供電
Powering an invisible DAS solution
高電源效率通過以太網提供可靠的電源
Power over ethernet (POE) distribution
爲高科技4K攝像機供電克服了尺寸、重量和電磁干擾要求
More bits, less weight
在故障狀態下，遠程無線電設備可以更好地分配通信流量
Keeping one step ahead in a fast changing market
100%可靠回程通信使用的陣列佔用面積只有52.97平方厘米
Unique paralleling capability for 100% reliability
4G遠程無線電單元擴展了偏遠地區的移動信號覆蓋
Facilitating a base station performance upgrade
傳導冷卻解決方案可實現真正便攜的網絡測試設備
High-performance, lightweight AC to load solution
完整的N+1解決方案維護了網絡安全AC-DC電源的正常運行時間
Network security redundant AC-DC supply for secure power
纖薄的 AC-DC 解決方案允許分佈式天線系統在無風扇情況下高溫運行
Low-profile AC-DC solution for flexible installation
無風扇電源解決方案爲天線陣列實現快速、可靠的數據覆蓋
Hidden power for antenna arrays
在更寬的流量範圍內工作時，工業流量計更精確
Power components simplify source redundancy
AC-DC 解決方案讓防爆相機圖像在各種照明條件下變得更加清晰、銳利和精確
Low-noise AC-DC solution for harsh environments
Maxi, Mini, Micro轉換器：PR 引腳
母線 Wi‑Fi 在惡劣環境下仍可獲得高效可靠的供電
Flexible solution reduces system size
一種數字錄相機的解決方案可適應不同的車輛電壓
Single-BOM solution for multiple input voltage requirements
使用分比式電源架構改善自動測試設備速度及吞吐量
Increase speed & throughput of an automated test station
火災控制單元可在提高功能性的同時，使用 DC-DC 電源及電池備份
Maximizing available operational time under battery
使用分比式電源架構提高工業焊接激光器的速度和精度
Maximizing laser speed & accuracy through innovative power solutions
可擴展電源解決方案可使船舶儀表在極端環境下工作時保持高精度
Adding more and more capabilities into increasingly smaller spaces
雙向 DC-DC 轉換器可在電網與家用儲電電池之間輕鬆傳輸電源
The future of home energy
爲醫療手推車處理各種用戶定義的輸出電源需求
Minimizing lead times through scalable power design
電源尺寸縮小可讓醫療診斷設備在相同的空間中提供更多功能
Re-architecting the power solution to reduce system size and cost
可擴展電源解決方案可爲光學分揀中的各種機器匹配特定的功率級
Reducing design complexity and costs
電源解決方案可在極端溫度下工作，讓LED照明更亮、更持久
Same colors all the time
高壓母線轉換器大大降低了戶外場館照明的安裝成本
Power transmission for outdoor lighting with lower-weight power cables
科學儀表可在不影響設備尺寸的情況下，獲得兩倍的電源
Simple, hassle-free power design
最大限度降低大量佈線增加的重量、尺寸和輸電損耗，可提高繫留無人機的性能
HVDC facilitates higher performance
管理電源熱量可使軌道信號發送更可靠
High-density power chain provides redundancy in the same space
車載廣告顯示屏啓動時減緩電流峯值進程可減輕供電壓力
Reliable solution at high temperatures
使用寬輸入輸出範圍穩壓器可提高激光雕刻機的速度、精度、分辨率和對比度
Fast and dynamic power for speed and precision
5kW 繫留無人機在系線上使用更大的電壓，可提高飛行高度和飛行範圍
Increasing payload with HVDC and power-dense components
將傳統 DC 轉換器功能分離，可提高 3D 打印機的速度和精度
Factorized power in a 3D printer application
巨大的視頻牆顯示屏使向支持組件的更高電壓母線過渡變得可行
HVDC reduces cabling weight and distribution losses
PI31xx 產品系列系列回流焊指南
助力液壓泵產品智能升級，減少揚程浪費
Freeing up the space to go smart
在車載GPS應用僅20%的空間中功率增加1/3
Vehicle GPS location systems reduce operational costs and provide control over their most remote assets
使用簡單自適應回路反饋的負載點電壓精確調節
在高功率陣列中使用 BCM® 母線轉換器
VI Chip® BCM® 母線轉換器熱管理
FPA 印刷電路板佈局指南
PRM™ 和 VTM™ 並聯陣列操作
通孔 ChiP™ 封裝焊接指南
VI Chip® DC-DC 轉換器模組的濾波網絡設計
符合 RoHS 標準的通孔 VI Chip® 焊接建議
SMT J-引腳 VI Chip® 焊接建議
PI3325-00-EVAL1 ZVS 切換穩壓器 60VIN 降壓客戶評估板用戶指南
使用 PRM™ 和 VTM™ 提供恒定電流為 LED 供電
優化電池充電並控制電機啓動，可延長偵查無人機的續航時間
Light, compact power supply increases UAV payload
支持不同輸出的高靈活電源解決方案可輕鬆升級飛行仿真器
Simple upgrade capability
熱成像攝像頭的輕量級小型電源解決方案支持不斷提高的電源和複雜性
Maximizing resolution and range
增強型機載衛星語音通信和數據通信可充分發揮最大化功率放大器效率的優勢
Power density facilitates upgrade
在潛艇聲納系統中由不同平臺使用的相同空間內，更高的功率可提供更多功能
Flexible, low-noise approach for improved detection effectiveness
最小的失真及電源噪聲有助於實現便攜式地面雷達的最大覆蓋範圍
Power averaging for a 64% reduction in power requirements
多電源並聯提供9kW的高功率輸出
Ultra-low-profile 8kW high-power array
在機載電子對抗中，低水平的傳導和輻射EMI使飛機外部信號的檢測成爲可能
Low-noise airborne power solution
垂直安裝在機架上的電源雙面散熱，提升了潛艇作戰控制的熱性能
Compact rack power supply
更高的電源效率可在 RF 信號智能應用中實現高溫運行
High-performance dual-source architecture for signal detection and identification
MIL-STD 電源組件可承受直升機齒輪箱振動及加速帶來的機械應力
Size, weight and high reliability must be ensured under extreme operating conditions
MIL EMI 和瞬態解決方案
利用 DCM™ 實現精度高達 ±1% 的電壓（或電流）調節
使用 niPOL 配置 Vicor IBC 轉換器
VI-200/VI-J00 和Maxi, Mini, Micro轉換器的欠壓／過壓鎖定
PCB 安裝 VIA 焊接指南
並聯 DCM™
均流板
滿足軍用車輛電力系統瞬態規範
熱注意事項：確保 Vicor Maxi、Mini、Micro系列高密度 DC-DC 轉換器模組的性能
使用串聯正弦幅度轉換器產生高壓輸出
單個 DCM™ 作為隔離、穩壓 DC-DC 轉換器
Vicor 電源模組的焊接方法和流程
應對軍用車輛負載突降引起電壓突變的解決方案
支持可變負載的寬範圍調節
使用Maxi，Mini 和 Micro 系列 DC-DC 轉換器設計高功率陣列
使用模組化 DC-DC 轉換器滿足歐洲鐵路應用標準
使用功率組件的高效率電池充電器
DC-DC 轉換器的恒流控制
可調閉鎖輸出過電流電路
熱插拔功能消除停機時間
滿足航空航太及國防產品的嚴格SWaP-C要求
Designing products for aerospace and defense exposes us to unique engineering challenges
迴歸基礎：選擇合適的穩壓器
Spec changes top list of power designers’ challenges
A Vicor survey revealed that power designers face many challenges. Learn what they are and how they can be overcome
乘客座椅執行器的其他電子產品問題可使用更小、更輕的組件解決
Improving passenger comfort with additional electronics
滿足國防應用DC-DC電源系統需求
Topics include: meeting standards, applications and test results, reducing noise with filters, using power components optimized for defense applications
More Answers to Your Bi-Directional Power Design Questions
適用於電池應用的電源組件
This webinar explains how flexible power components shorten the design cycle, reduce cost, weight and size while increasing efficiency
Scalability of bi-directional power design: your questions answered
PI352x-0x-EVAL1 ZVS 開關穩壓器 60VIN 降壓客戶評估板
PI3740-00-EVAL1, -EVAL2 ZVS 開關穩壓器升降壓評估板
高功率LED設計的挑戰
Understanding how LED power designs affect LED performance is essential for success
ExaScaler 和 PEZY Computing 推出第一台超級電腦
ExaScaler/PEZY ZettaScaler-1.8 Super Computer pushes the limits in computing performance
Scalable, low weight DC-DC solution with high capacitive loads
電源系統組件式設計方法如何實現優化的 LED 電源系統
Engineers who are designing LED power system applications face a number of challenges to develop systems that offer advantages over competitors’ products
PI3741-0x-EVAL1 ZVS 開關穩壓器升降壓評估板
讓EMI問題成爲過去的簡單構想
The webinar covers the causes of EMI issues in power systems
Vicor ZVS regulators = > the sweet spot in integration
The easiest way to design the proper thermal management system
更低溫度電源系統的散熱仿真
This webinar describes the info you need from data sheets and app notes, and then shows how to make accurate thermal calculations by hand
最大負載：錯誤的脈衝功率規範
This webinar explains why peak power is the wrong metric and introduces a different technique – power averaging
使用 DC 電源變壓器實現雙向能量流
Learn about designing for bi-directional DC-DC power flow and how you can use DC power transformers to simplify power system design
How to increase efficiency of large displays
在噪聲敏感、高瞬態應用中，通過實施有源濾波來降低負載電容
28VDC MIL-COTS VIPAC 設計指南
電源系統設計：使用Vicor電源系統設計工具節省時間
New tool enables designers to quickly and easily architect, analyze and configure complete, optimized, compact, multi-output power systems in minutes
電源系統設計：加速上市进程
Learn how the Power Component Design Methodology can get you to market quickly
使用 DCM 為 HEV/EV 電力系統配電
更先進的混合動力汽車和純電動汽車增大了對安全接觸 12V 電源的需求
消除大容量電容，建構更輕的小型電源系統
開發套件用戶指南
PI3749-x0-EVAL1 ZVS 開關穩壓器升降壓評估板
NBM6123 ChiP™模擬低壓非隔離母線轉換器模組評估板
PI354X-00 評估板 36V 到 60VIN, 2.5, 3.3, 5.0 和 12VOUT 降壓穩壓器 & LED 驅動
PMBus® 2361 和 6123 ChiP™ BCM® 母線轉換器評估板
7 種縮小電源系統的方法
As electronic products have grown in complexity with highly-evolved feature sets, designers have developed sophisticated schemes for power management
模擬高壓和低壓 6123 ChiP™ BCM® 母線轉換器評估板
採用 DC-DC 轉換器爲大電容負載供電
Capacitance at the input of the DC-DC converter plays a vital role in keeping the converter stable and playing a role in input EMI filtering
VIPACTM 設計指南
三相 MegaPAC-ELTM (低雜訊), 4kW MegaPAC-ELTM (低雜訊), AC-DC 轉換器
Sine amplitude converters provide design flexibility
PI33xx: 零電壓切換在降壓調節中的應用
自動測試設備的配電網路設計
模擬控制 3623 和 4623 ChiP DCM™ 評估板
Online Vicor tools: simulators
Online Vicor tools: thermal calculator
全 Chip PRM™-RS 客戶評估板
VI Chip® BCM® 評估板
Packaging innovations: doubling the surface area for cooling
VI Chip® 遠端採樣補償 PRM™ 評估板 (用于 PCB 型號 39537 和 38693)
PI33xx-xx-EVAL1 & PI34xx-xx-EVAL1 ZVS 降壓穩壓器評估板
迴歸基礎：使用自適應環路反饋調節轉換器輸出
Adaptive loop control provides improved regulation over simple local loop control – within +/- 1%
Thermal testing of high density power components
迴歸基礎：功率因數指什麼？爲什麼一定要校正？
This white paper looks at the issues and circumstances that can lead to damaging harmonic generation, and practical approaches to reducing it
Specialized test systems for high performance power components
Back to basics: how do I ensure correct power rail sequencing in a multi-rail power architecture?
針對自動測試設備的配電網路設計
由於儀器卡要求的通道和負載在數量和多樣化方面的新增，分佈式電源架構已成為必然的選擇
PRM-AL 客戶評估板
半 Chip PRM-RS 客戶評估板 (用于 PCB 型號 35307)
VI Chip® VTM™ 評估板
Back to basics: the importance of switching frequency
VI Chip® 高壓 BCM® 客戶評估板
高壓 DC 配電是改善系統效率及可再生能源機遇的關鍵
轉向 400VDC 的配電與轉換有助於實現溫室氣體、效率和可再生能源目標
如何達到歐洲鐵路應用標準
Watch how Marco explains how to meet the European railway standards EN50155 and RIA12
Back to basics: what are Y-capacitors?
Back to basics: zero-voltage switching – what it is and why it’s important for buck-voltage regulation
VI Chip® PRM™ 評估板
在噪聲敏感、高瞬態應用中，通過實施有源濾波來降低負載電容
The characteristics of the DC-DC converter, the load, the electrical characteristics of the passive components and the available PCB area all present additional design constraints ...
有源濾波器控制電磁干擾，節省PCB空間，增强氣流
350 – 12VDC “Yeaman 拓撲” 電源系統
PI33xx: 零電壓切換在降壓調節中的應用
This unique, high-density buck regulator integrates a high-performance Zero-Voltage Switching (ZVS) topology along with power and support components all within a surface-mount pack...
針對單極反饋補償的雙級反饋技術
Vicor 的 PRM® 模組介紹
This video introduces Vicor's PRM Modules with user-configurable capabilities
What to consider when choosing a buck regulator
回到基礎：理解和降低嚴重的配電耗損問題
DC-DC converters and power conversion devices play a key role in conducting electrical power from the edge of a PCB to its onboard components efficiently
ZVS 降壓穩壓器介紹
Learn how the simple-to-use PI33XX Series of ZVS Buck Regulators can provide the high efficiency, high density and flexibility
如何使用 24V ZVS 降壓評估板
Listen to Chester Firek introduce our ZVS Buck Evaluation Board
熱量和機械因素考量
This video looks at efficiency, heat, cooling by conduction, convection and radiation
輸出電壓微調
This video presents the benefits of voltage trimming, i.e., creating non-standard output voltages and voltage controlled current sources
迴歸基礎：處理高輸入瞬態問題
Protecting your system against transients is not only a fundamental part of the development, it can also become a major challenge during the design cycle
迴歸基礎：到達 AC-DC 系統的 EMI 標準
EMI is seen as one of the key challenges of power conversion design and system integration, particularly for AC-DC systems
Meeting conducted noise standards
恒流 (CC) 評估板
The most efficient power delivery for robots
Increasing payload capability and flight times of commercial UAVs
Modular solutions for your power system
Solving SWaP-C power challenges for MIL-COTS applications
High-performance power supplies to solve the toughest problems
A better way to deliver power for high speed, low latency network coverage for the world
軍用電源創新：智能、標準化、高效率
Power Electronic Tips: Vicor 母線轉換器獲得令人嚮往的 2019 Leap 獎
Power Electronic Tips: 提高48V配電效能
與 Robert Gendron 的 5 分鐘 AI 討論
Robert Gendron discusses power and Artificial Intelligence (AI).
與 Ian Mazsa 的 5 分鐘 AI 討論
為人工智慧系統和 GPU 供電需要什麼？
Reducing energy costs for AI systems
EDN: 2019 的資料中心電源
EDN: 量子電腦中的電源管理
軍事和航空電子：軍事電力電子尋求增加電壓和效率
在無風扇的極端溫度下，航空電子設計可透過多個電源同時工作
Triple redundancy for avionics equipment to help pilots navigate and control their airplane safely
平均機載紅外對抗系統的脈衝能量需求，可避免系統干擾
Pulsed load driver for lasers
VIPAC ArrayTM 設計指南
最新人工智能處理器供電需求
Learn about an innovative new approach to powering AI applications that can reduce motherboard copper and processor interconnect resistances by up to 50X
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