Top Research Papers on Transformers

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Next week's RCN congress in Harrogate will provide proof of the enormous breadth of what nurses do, with a variety of professional, educational and social events there is something for everyone.

I. In a transformer with many circuits, of resistances in ohms and numbers of turns R1, N1, R2, N2, &c.; let the currents at any instant be C1, C2, &c., amperes, and let the independent electromotive forces e1, e2, &c., volts be maintained in them; let I be the total magnetic induction which threads through all the circuits (108 C. G. S. units being taken as the unit of induction).

There is a large number of national and international standards covering various aspects of transformer insulating fluids such as specifications, sampling techniques, testing procedures, maintenance, diagnostics, and so on. The present paper summarises available standards and technical brochures related to the above aspects of the insulating fluid for an immediate reference to the user

This note aims for a mathematically precise, intuitive, and clean description of the transformer architecture and assumes the reader is familiar with fundamental topics in machine learning including multi-layer perceptrons, linear transformations, softmax functions and basic probability.

he apparatus Michael Faraday constructed in 1831, by which he invented electromagnetic induction, contained all basic elements of transformers: two independent coils and a closed iron core. Nevertheless, another 54 years passed before the appearance of the transformers and transformer energy distribution networks that are generally used today. From experimental devices of the 1830s to the first transformer systems of the 1880s

When you have giant robots transforming, flying through cities, running on rooftops, and generally beating the hell out of each other, the creative challenges aren’t that tough, but animating them efficiently was a quite a challenge.

The Universal Transformer (UT), a parallel-in-time self-attentive recurrent sequence model which can be cast as a generalization of the Transformer model and which addresses issues of parallelizability and global receptive field, is proposed.

The introduction of power Junction transistors as switch devices has opened new horizons to mobile power supply design. The use of these devices in conventional circuits presently offers equipment capable, within the temperature limits of the transistors, of outperforming present Vibrator Supplies at low power levels. As power transistors are improved wide application of this principle of D.C. to D.C. conversion is inevitable.

Magnetic material Nonmagnetic material • Magnetic materials are materials having a magnetic domain and are attracted to an external magnetic field. • Non-magnetic materials are materials that are not attracted to an external magnetic field. • The magnetic domains of magnetic materials are aligned either parallel or anti parallel arrangements thus they can respond to a magnetic field when they are under the influence of an external magnetic field. • The magnetic domains of non-magnetic materials are arranged in a random manner in such a way that the magnetic moments of these domains are cancell...

Wm. Fondiller: Mr. Casper has described the ideal transformer, one which would introduce zero loss in a telephone circuit, as represented by an equivalent network having zero impedance series arms and an infinite impedance shunt arm. In any practical transformer the factor which most largely determines the extent to which this ideal can be approached is the magnetic material used for t he core. The ideal core material obviously would be one having infinite permeability and zero losses, as this would make possible 100 per cent coupling, practically zero winding resistance and infinite mutual im...

In the communication art transformers are used to transfer inductively the energy of speech currents from one electric circuit to another. In addition to this primary function which must be efficiently performed without distorting the speech significance of the transmitted energy, there is a variety of secondary functions such as making possible the super-position of phantom circuits on ordinary telephone circuits, discriminating between speech and telegraph or signaling frequencies, isolating circuits carrying direct current, and preventing inductive interference between adjacent circuits. A ...

In the communication art transformers are used to transfer inductively the energy of speech currents from one electric circuit to another. In addition to this primary function which must be efficiently performed without distorting the speech significance of the transmitted energy, there is a variety of secondary functions such as making possible the super-position of phantom circuits on ordinary telephone circuits, discriminating between speech and telegraph or signaling frequencies, isolating circuits carrying direct current, and preventing inductive interference between adjacent circuits. A ...

J. M. Weed: The two papers on transformer losses are in a sense complementary to each other, but after both papers are read, there are some discrepancies apparent which need to be harmonized, and some points which still need to be brought out to clear up the subject.

Environmental factors such as inflammation can trip an epigenetic switch that causes self-propelling cancer progression, without mutations in tumor suppressor genes or oncogenes.

It is the intention to consider only the application of the current transformer to and its effect upon electrical measuring instruments, particularly the instruments whose operation depends not only upon definite magnetic fields, but also the phase-angle between them. These instruments include wattmeters, watt-hour meters, power-factor meters, etc., but only the two former will be considered here. The measurement of alternating volts, amperes, and watts, has been and is now, a most vital one, at least so far as ordinary commercial measurements are concerned.

This paper explores effective Transformer architectures for language model, including adding additional LSTM layers to better capture the sequential context while still keeping the computation efficient, and proposes Coordinate Architecture Search (CAS) to find an effective architecture through iterative refinement of the model.

This work proposes Sub-LayerNorm for good expressivity, and the initialization strategy theoretically derived from DeepNet for stable scaling up, and introduces a Transformer variant, named Magneto, to fulfill the goal of true general-purpose modeling.

The size and manufacturing range of the Australian transformer industry is reviewed. The efficiency of manufacturing and quality of product are discussed. Some of the difficulties of transporting heavy loads within Australia are noted. The case for a degree of tariff protection is argued. Moves towards compliance with international standards are noted. Environmental considerations are discussed. Latest products and future developments are outlined. The need for maintaining a strong home manufacturing capability is emphasised.

Tonal noise in the built environment can be distracting, annoying, and at times make it practically impossible to live or work in a building. One of the worst offenders of tonal noise in buildings is electrical transformers. Whereas the airborne sound output of transformers is not particularly high, the vibration and subsequent structure-borne noise can be extreme. In large commercial buildings, transformers are typically installed directly on structural concrete floors. When these same transformers are located on upper floors of buildings, structure-borne sound transmission can be significant...