燃料电池供电无人机使用电源模块提供 4 倍的飞行时间 Hydrogen fuel-cell-powered drones use high density power modules for overseas humanitarian missions. The innovative PDN provides 4x flight times.
电源系统设计工具: 快速简便地配置完整、高效率、紧凑、多项输出的电源系统 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 为机器人提供自主无线充电 Wibotic’s adaptive matching system underpins innovative approach to enable more robotic fleet productivity. Vicor power modules support wireless charging
氢燃料电池供电将无人机的飞行半径扩大 4 倍 Hydrogen fuel cell drones deliver 4x duration of lithium ion batteries. Vicor power modules enable Doosan’s innovative, efficient power delivery network
Vicor 为移动机器人及无人机下一代无线充电的强劲电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
基于模块的紧凑型高压供电网络助力克服系留无人机供电系统的挑战 Optimizing tethered UAV performance by deploying compact, module-based power delivery network. High voltage enables thinner, lighter tethered cable
无线充电让无人机翱翔长空 Wibotic and Vicor partner to deliver enhanced power systems that drive autonomous wireless charging for optimal robot and UAV performance
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
更轻的电缆为系留无人机开辟全新市场 Power modules support high efficiency tethered surveillance drone that can detach and fly free to track and chase
将 400V 转换为 SELV 系统电源 Ian Mazsa sits down with EE Journal to discuss best practices and benefits of using high voltage power
系留无人机电源匹配 Discover new techniques using real-world applications to develop system architecture and select power components to fulfill conversion needs
BCM 将高压电池转化为 SELV 系统 Eliminate intermediate energy storage in EV power architectures. Read this Vicor white paper on BCM Selve systems
系留无人机供电设计指南 To upgrade features in a UAV increases the payload weight, so your power supply need to be power dense, scalable flexible to accommodate change
提高 48V 配电性能 Traditional power delivery networks (PDNs) are under tremendous pressure to deliver higher performance
避免常见的 AC-DC 设计缺陷 This webinar focuses on AC-DC front-end considerations, inrush current considerations, requirements of PFC, and passive and active PFC
如何在汽车电源系统设计中做出重要利弊权衡 Electric vehicles can use up to 20X more electrical power than a traditional internal combustion engine vehicle
收割、搬运和配送机器人的最高效供电 Learn how Vicor delivers high power with efficiency and reduced weight for various robots
用更小、更轻的电源模块加速汽车电气化 Learn how to overcome hurdles with fast charging, converting high voltage and bridging 12V and 48V applications
PSDcast – 机器人和无人机产品的自主无线充电将重塑自动化生产的未来 How to build and power autonomous wireless charging for robots or battery at any station, enabling the maximum up time
使用 48V 分布式电源架构解决汽车电气化难题 There are many electrification choices, but most manufacturers are opting for a 48-volt mild-hybrid system rather than a full-hybrid powertrain
Mouser: DC-DC 转换器提供优异的电源系统性能和连接性 With its high frequency zero voltage switching (ZVS) topology, DCMs consistently deliver high efficiency across their specified input line range
Mouser: 高功率、零电压开关 DC-DC 转换器始终提供高效率 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 电源转换器充分满足最严格的轨道交通车载应用需求 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: 为现代轨道系统供电 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: 双向 48V 至 12V 转换支持 98% 的峰值效率 The NBM2317 bridging converter for 12v and 48v systems enables cost-effective high-density and high-efficiency
Mouser: 高效率负载点稳压器 The PI3523 ZVS Switching Regulators are high-efficiency and integrate the controller, switches, amplifiers and support components in a high-density LGA system
Digi-Key: DC-DC 转换器,可为创建更小、更轻、成本更低的电源系统提供所有必要的性能及特性 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: 高性能降压稳压器可在不降低吞吐量的情况下缩小尺寸 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
分比式电源架构:实现板载电源的高密度和高效率 Factorized power is shorthand for a Factorized Power Architecture (FPA) used when high-current board-mounted power is needed
迎接现代铁路的电源挑战 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: 将 12V 高效桥接至 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
带稳压调节的功率平均设计方法:脉冲负载的理想供电方案 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
一种更加简便高效的方法让您的 LED 运行更加明亮,寿命更持久! LED video wall technology is expensive to deploy and maintain. But better power design can improve performance, efficiency and long-term success
设计军用级别的快速启动电源应用 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
为什么电源设计要转为 48V? To power the next generation of data centers, electric vehicles and AI-driven technologies, industries are moving to 48V power
为现代铁路应用设计电源系统 This webinar explains the market pressures on engineers developing power systems for the rail industry and ways to overcome the technical challenges
您的电源系统没有通过传导EMI测试 — 现在该怎么办? This webinar focuses on techniques to help identify the real source for EMI test failure quickly, and how to reduce their noise spectrum
电源系统设计人员的逐步安全设计 This paper explains how power designers can use these steps to remove the stress of safety certifications for their next design
组件双面散热时代的散热设计 The need for greater energy efficiency, higher output and increased density must be met despite reducing design cycle times to shorten time-to-market
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
在并行DC-DC转换器阵列中减少不需要的输入拍频 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
使用 Yeaman 拓扑消除 PFC 单转换线路纹波 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
母线转换器在稳压 DC-DC 应用中的使用 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...
Vicor 电源组件如何实现功率平均 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 ...
电源设计的电气安全 This webinar presents a checklist of things to consider about safety when working on your next power design
下一代汽车的动力困境 Electric, hybrid electric, driver assistance systems and infotainment are creating new power demands for automotive manufacturers
高密度、模块化供电网络优化移动机器人性能 The top reasons for not completing designs on time include the demand for increasingly higher-performance and a lack of engineering resources and skills
微处理机核电源中不连续导电模式 ZVS 升降压拓扑的控制 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...
正弦幅度转换器的逆向模式应用 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
Gyoukou 超级计算机采用 48V 分比式电源 Watch the demonstration of Gyoukou, the ExaScaler/PEZY ZettaScaler-2.2 liquid immersion cooling supercomputer
满足航空航天及国防产品的严格 SWaP-C 要求 Designing products for aerospace and defense exposes us to unique engineering challenges
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
满足国防应用 DC-DC 电源系统需求 Topics include: meeting standards, applications and test results, reducing noise with filters, using power components optimized for defense applications
适用于电池应用的电源组件 This webinar explains how flexible power components shorten the design cycle, reduce cost, weight and size while increasing efficiency
ExaScaler 和 PEZY Computing 推出第一台超级计算机 ExaScaler/PEZY ZettaScaler-1.8 Super Computer pushes the limits in computing performance
电源系统组件式设计方法如何实现优化的 LED 电源系统 Engineers who are designing LED power system applications face a number of challenges to develop systems that offer advantages over competitors’ products
更低温度电源系统的散热仿真 This webinar describes the info you need from data sheets and app notes, and then shows how to make accurate thermal calculations by hand
最大负载:脉冲功率的误区 This webinar explains why peak power is the wrong metric and introduces a different technique – power averaging
使用 DC 电源变压器实现双向能量流 Learn about designing for bi-directional DC-DC power flow and how you can use DC power transformers to simplify power system design
电源系统设计:使用 Vicor 电源系统设计工具节省时间 New tool enables designers to quickly and easily architect, analyze and configure complete, optimized, compact, multi-output power systems in minutes
As electronic products have grown in complexity with highly-evolved feature sets, designers have developed sophisticated schemes for power management
采用 DC-DC 转换器为大电容负载供电 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
回归基础:使用自适应环路反馈为转换器输出稳压 Adaptive loop control provides improved regulation over simple local loop control – within +/- 1%
回归基础:功率因数指什么?为什么一定要校正? This white paper looks at the issues and circumstances that can lead to damaging harmonic generation, and practical approaches to reducing it
Back to basics: zero-voltage switching – what it is and why it’s important for buck-voltage regulation
回到基础:理解和降低严重的配电耗损问题 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 降压稳压器介绍 Learn how the simple-to-use PI33XX Series of ZVS Buck Regulators can provide the high efficiency, high density and flexibility
输出电压微调 This video presents the benefits of voltage trimming, i.e., creating non-standard output voltages and voltage controlled current sources
回归基础:处理高输入瞬态问题 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
回归基础:到达 AC-DC 系统的 EMI 标准 EMI is seen as one of the key challenges of power conversion design and system integration, particularly for AC-DC systems
最新人工智能处理器供电需求 Learn about an innovative new approach to powering AI applications that can reduce motherboard copper and processor interconnect resistances by up to 50X