Technical Articles

New England Wire Technologies Corporation has published these technical articles:

(Wire and Cable)
From this Article:
For those not familiar with the fundamental characteristics of Litz wire, consider these facts....
(Wire and Cable)
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Key Custom Design Factors for Signal Integrity...
(Wire and Cable)
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Litz wire has become the choice of OEMs building wireless power systems because it dramatically reduces AC power losses, a key consideration when the goal is to transfer electrical energy wirelessly....
(Wire and Cable)
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Litz wire, short for Litzendraht wire (German for "braided wire"), is a specialized type of wire designed for high-frequency applications. It is engineered to mitigate the skin effect and proximity...
(Wire and Cable)
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The Type 9 style, offers several advantages that make it ideal for specific applications:...
(Wire and Cable)
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No industry demands more technologically advanced cables built to exacting specifications than medical electronics....
(Wire and Cable)
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Litz wire consists of a number of individually insulated magnet wires twisted or braided into a uniform pattern with the primary benefit of reducing AC losses in high frequency windings...
(Wire and Cable)
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The Q factor can be applied to an inductor just as it can to a resonant circuit containing inductance, capacitance and resistance. An inductor Q is a valuable quantity. Often inductors may be thought...
(Wire and Cable)
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This article explains what Litz wire is, how it's constructed, how it helps produce magnetic devices that are smaller, cooler and more efficient, and how the unique benefits of preformed Litz help...
(Power Generation and Storage)
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Drones may someday deliver packages, pizzas and mail. Drones might hover in remote areas and broadcast a wireless signal, delivering Internet connectivity to under-served geographies. Drones already...
(Aerospace Equipment and Products)
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Electromagnetic Aircraft Launch System (EMALS) A closer look at this exciting technology...
(Wire and Cable)
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The term “wireless power” may sound incongruous at first blush, but it is a technology projected to continue growing as much as sixty percent compound annual growth through the 2020s...
(Wire and Cable)
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Medical electronics device designers require materials that can be expected to sustain repeated sterilization exposure. Steam sterilization through autoclave is a well-known method. Gas plasma...
(Wire and Cable)
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New England Wire Technologies in Lisbon, NH aided in the completion of a major milestone for US contributors to the ITER Torodial coil(International Thermonuclear Experimental Reactor) project...
(Wire and Cable)
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Let's find out about the unique features required to support one of the hottest industries in the marketplace....
(Aerospace Equipment and Products)
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These UV’s find use in government and military applications, in academic and scientific research, in hydrographic surveys and a wide range of commercial applications. They can be built to run...
(Wire and Cable)
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The first in our client Q&A series to understand the impact of the Coronavirus pandemic across various industries and how companies are adjusting to the changing landscape....
(Wire and Cable)
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With recent world events creating unprecedented attention and demand for mechanical ventilators, they have been thrust into the global spotlight as a critical component in the treatment of respiratory...
(Wire and Cable)
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Selecting Cable Jacket Material for Biocompatibility: Medical Electronics...
(Wire and Cable)
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Do you need a shield?...
(Part Fabrication Services)
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A closer look at this exciting technology...
(Wire and Cable)
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Benefits and applications for incorporating fiber into your custom cable...
(Wire and Cable)
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The "WHY" and "WHERE USED" of Litz wire...
(Wire and Cable)
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The in's and out's of traditional Litz wire design...
(Wire and Cable)
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The difference between adequate and ideal...
(Wire and Cable)
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Find which plating type is best for your application...
(Medical)
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Medical electronics is one of the strongest sectors in the market, with growth fueled by a variety of factors....
(RF, Microwave, and Wireless Components)
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Learn more about Electromagnetic Aircraft Launch Systems and take a closer look at this exciting technology....
(Inductors)
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It is possible to measure and quote the Quality Factor or Q Factor for an inductor....
(Energy Services)
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What's been happening with the ITER project and what milestones are next...
(Energy Services)
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Alternative energy, at first glance, appears to be far from disrupting our traditional sources of energy-oil, coal, gas and nuclear sources. In fact, according to British Petroleum's Statistical...
(Aerospace Equipment and Products)
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A brief history and a look at what the future holds...
(Robotics)
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American scholar Clayton M. Christensen and his colleagues defined the term "disruptive innovation" in 1995 as an innovation that creates a new market and displaces an existing one. As advances in...
(Energy Services)
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A deeper look at the ITER project and how to power the entire planet, forever....
(Robotics)
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Surgical robotics helps surgeons perform procedures with greater precision or from remote locations. Telepresence robots let medical specialists from around the world weigh in on a patient's diagnosis...
(Robotics)
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In 1985, for the first time, a robot was used to assist in a surgical procedure on a human. A trail-blazing, adventurous team had modified an industrial robot that guided a needle in a brain biopsy...
(RF, Microwave, and Wireless Components)
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A key issue engineers are working on today involves wireless charging of batteries. Wireless charging eliminates the need to wrestle with heavy duty charging cables or the expense of devices like...
(Robotics)
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What's pushing the edges of robot development and capability today...
(RF, Microwave, and Wireless Components)
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Experimenting with harnessing the power of the sun...
(Medical)
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Technology is changing the world in dramatic fashion and it's doing so at a rate of change unparalleled in history....
(Wire and Cable)
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Maglev technology that has best captured the public's attention lies with trains and people movers, discussed below. However, maglev tech has many applications. Read about several of the most...
(Audio and Video IC)
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In the 21st century, high-quality sound can seem like a dinosaur-a remnant of a bygone age in an era where the majority of music exists in low-resolution mp3 form and gets played through a pair of...
(Wire and Cable)
From this Article:
Litz wire consists of a number of individually insulated magnet wires twisted or braided into a uniform pattern with the primary benefit of reducing AC losses in high frequency windings....
(Wire and Cable)
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Typically, the design engineer requiring the use of Litz wire knows the operating frequency and RMS current required for the application. Since the primary benefit of a Litz wire conductor is the...
(Electrical, Optical, and Specialty Materials)
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Motors, induction heaters, transformers and other devices with wound wire coils pose a problem to designers. Because they are not "perfect," they suffer losses that show up as heat. Excessive heat can...
(Industrial Heaters and Heating Elements)
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Induction heating relies on the existence of eddy currents discovered by Léon Foucault in 1855. Briefly, when a changing magnetic field passes through any conductive object, current flow is induced in...
(Wire and Cable)
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New England Wire Technologies is well known in the industry as a manufacturer of high-quality braided wire products...stand-alone braided products as well as a broad range of flexible cables and...
(Wire and Cable)
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Biocompatibility is ultimately a function of a completed device including all of its components, assembly processes and overall design. However, thoughtful material selection will help contribute to a...
(Wire and Cable)
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Low-Noise Coaxial and multiconductor cables recommended for small-signal application where shielded cable could experience mechanical shock (twisting, crushing, flexing, pulling, etc.)...