白皮书
想要深入探究特定主题？ 下载我们下面的白皮书和手册了解更多信息。
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Emulation Builds Bridge to Future for Programmable AC Power Sources
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As modern programmable power supplies continue to offer “stronger/faster/better” options, what do you do with your systems that still have some life in them? This is where legacy emulation comes into play, and how emulation can help transition you from an EOL legacy product to a new one—but steps need to be taken along with considerations about upcoming challenges. In this white paper, discover more about what emulation is and how it can benefit you, challenges involved in emulation, and more.
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Top Considerations When Choosing Modern AC Sources and DC Power Supplies |
Choosing the optimum programmable AC source or DC supply for your application extends well beyond choosing AC or DC and a voltage, current, and frequency rating. Your industry and so much more factor into the evolving needs for upgrading, and challenges abound in finding a suitable match to see you in the future. As new technologies are always on the horizon, how can a customer have a forward-thinking mindset while buying power supplies? Find out more by downloading this white paper.
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Understanding Product Lifecycles to Ensure a Smooth End-of-Life Transition |
Power equipment and instruments have long life cycles primarily because their functions are ubiquitous. The key to robust application management is understanding how the products used in your application contribute to the success of your test and measurement goals. In this white paper, learn about a product’s lifecycle, how that lifecycle can affect any end-of-life (EOL) transitions you receive from a supplier, and how you manage those transitions effectively and efficiently.
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High-Power Programmable AC Sources Leverage New Technologies to Meet Evolving Industry Requirements |
Demand for programmable AC sources is growing for a wide range of products, including power-conditioning equipment, consumer electronics and appliances, avionics and shipboard electronics, automotive subsystems, manufacturing testers, and renewable-energy equipment. Common to all is the need to test them over a wide range of input conditions to evaluate whether they shut down gracefully (or seamlessly transfer to a backup power supply) during a power outage and to see whether they resume normal operation on the restoration of power. Download the white paper today to see how you can upgrade to meet power technology advances.
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Energy Absorber Test System Facilitates Test of F-35 Actuators |
Methods of adjusting flight control surfaces have evolved since the early years of flight when simple mechanical linkages controlled the first adjustable surfaces, with the pilot providing the power. One stop along the way of this evolution was the incorporation of centralized hydraulic systems to deliver hydraulic power to operate actuators at each control surface. But these systems had significant drawbacks. In this white paper, learn more about the alternative to this, called Power-by-Wire (PBW), and explore: electrohydrostatic actuator, EHA test challenges test-systems, and more. Download the white paper today to see how custom-engineered test systems can provide optimum performance.
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Avionics Software Options Boost Aerospace Power-System Test |
Aircraft have their own electric grids to power up everything from avionics equipment to galley coffee makers and passengers’ mobile-device chargers. A typical aircraft power system might nominally run at 115 VAC, 400 Hz, but you can expect to see significant variation in the actual voltage and frequency values as well as harmonic distortion, drop-outs, and surges. Download this white paper today to see how programmable power sources are invaluable for simulating aircraft power buses and much more.
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Solar Array Simulator Helps Get JWST and Other Satellites Into Orbit |
NASA's James Webb Space Telescope (JWST), is high-profile, but just one of many satellites that launch annually and that serve applications ranging from communications to military reconnaissance. To get them ready for space, there is need for extensive ground testing with solar array simulators. In this application note, the experts at AMETEK Programmable Power discuss ground testing and a great variety of solar-array modes to mimic conditions like eclipses and spin modes, as well as many more simulations.
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Programmable Sources and Loads Augment Wind-Turbine Development and Test |
Wind power is rapidly advancing as a source of renewable energy, with wind power installations outpacing solar installations. Evaluating the various tradeoffs in wind-turbine design requires extensive evaluation in simulation and measurement. In this white paper, the experts at AMETEK Programmable Power talk through testing and how AC and DC power supplies and loads play a crucial role in developing and testing wind-turbine applications' hardware and control algorithms, and more.
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Programmable Electronic Loads Enable Fuel-Cell Test |
In this application note, the experts at AMETEK Programmable Power talk discuss the fuel-cell market growth and initiatives, programmable electronic loads to test design, development and production fuel-cells, solutions for your applications, and more. Read the application note to learn more on fuel-cell growth and the intersection with programmable power and electronic loads.
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2023 Buyer's Guide Showcases Programmable Supplies and Engineered Systems |
In our Buyer’s Guide, review a full range of our programmable power solutions, including custom engineered solutions ranging from OEM integration to turnkey solar-array simulators, and more.
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Multiple Output DC Supplies Combine Flexibility and Power Density |
AMETEK Programmable Power’s two new series of multiple output DC programmable power supplies are designed to address the needs of a wide range of applications. In this application note, learn more about the benefits of the Asterion DC ASA and ASM Series, such as high power density, options for front-panel and remote control, flexibility to serve multiple application needs, and more.
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Considerations When Specifying a DC Power Supply |
When selecting a DC programmable power supply, there are many parameters to consider. Electrical specifications are perhaps the most important, but you also need to consider the form factor, control needs, and even what accessories are available. Learn more in our white paper.
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选择一个高质量的可编程电源是充分利用应用或测试系统 的关键。 在本电源解决方案指南中，您将发现为什么选择正确的电源是如此重要，并了解到这些关键产品正被哪些应用和行业使用。
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突破极限： 更好的电源和测试解决方案是如何
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在本白皮书中，AMETEK Programmable Power 公司的专家们谈到了行业不断增长的需求，以及关键的电源和测试注意事项。 主题包括：认证和标准化难题、模拟电源的需求、先进的可编程电源解决方案领域的机会以及获得合格的测试设备。
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想知道什么是推动学术界进步的因素吗？ 好奇研究人员是如何为当代问题提出创新解决方案的？ 答案是下一代的电源和测试解决方案。 在本白皮书中，我们的专家深入探讨了当今教育和研究的现状，以及不同的电源和测试技术。
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随着可再生能源行业的持续增长，特别是太阳能的增长，我们预计光伏逆变器市场到 2027 年将达到 130 亿美元。 在本白皮书中，AMETEK Programmable Power 公司的专家讨论了：太阳能增长预测、光伏逆变器市场和光伏逆变器的测试挑战。 下载我们的白皮书，了解如何用模拟仪器包围您的光伏逆变器，以确保最佳性能和符合标准。
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在本白皮书中，AMETEK Programmable Power 公司的专家谈到了可再生能源领域中当涉及到电子负载时需要考虑的因素。 这些因素包括：额定功率、电压和电流；冷却方法；操作模式；校准技术；瞬态响应时间；计算机控制接口；以及保护功能。
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半导体供应正处于可怕的短缺状态，但对它的需求却处于历史最高水平，许多制造商正在计划扩大它的产能。 可编程电源将在新的半导体设备上市后发挥关键作用。 下载本白皮书，了解更多关于半导体行业与可编程电源之间的联系。
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如何选择最佳的交流电源？ 本白皮书中讨论了几个需要考虑的因素，包括：被测设备的电流要求、最坏情况下的输入电流、负载电流的波峰因数、功率因素等。 阅读我们的白皮书了解更多信息。
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