A superconducting DC dynamo driven by a rotatory magnetic field

Houwelingen, D. van; Admiraal, P.S.; Suchtelen, J. van

doi:10.1016/s0031-9163(64)80010-x

Cited by 8 publications

(1 citation statement)

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“…For the power supply of superconducting magnets, the flux pump can be used. There are two types of flux pump as follows: 1) Superconducting dc dynamos, which contain Volger's type [3], Atherton's type [4] and the moving flux type [5]. 2) Transformerrectifier type flux pumps, which contain saturation reactor type [6], magnetic-controlled switch type [7] and thermalcontrolled switch type [8].…”

Section: Introductionmentioning

confidence: 99%

Turn off trigger energy characteristics of the superconducting power electronics device (S-PED)-in case of type d

Hoshino

Eguchi²,

Konishi³

et al. 1999

IEEE Trans. Appl. Supercond.

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SPED means a superconducting power electronics device. We made some thermally controlled S-PED which is normally-on device. They work up to 100 Hz as a full wave rectifier. For the power supply of superconducting magnets, the flux pump can be used as SPEED (Superconducting Power Electronics Excitation Device). In this paper, we describe the turn off characteristics of one of the S-PED (type d). The relations between generated resistance, gatetrigger energy and channel current were obtained.

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Section: Introductionmentioning

confidence: 99%

Turn off trigger energy characteristics of the superconducting power electronics device (S-PED)-in case of type d

Hoshino

Eguchi²,

Konishi³

et al. 1999

IEEE Trans. Appl. Supercond.

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The principle and performance of a superconducting dynamo

Suchtelen¹,

Volger²,

Houwelingen³

1965

Cryogenics

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Fully superconducting rectifiers and fluxpumps Part 1: Realized methods for pumping flux

1981

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The magnetic and electrical properties of superconductors were a challenge for many inventors and designers to use superconducting materials in the construction of fully superconducting voltage and current sources commonly called fluxpumps. In the past twenty years a large variety of mechanically or electrically driven devices have been proposed an d successfully operated. In this review the basic principle of operation of each class of devices is shown and specific material problems and limitations are reported. The review will be published in two parts.

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A superconducting DC dynamo driven by a rotatory magnetic field

Cited by 8 publications

References 1 publication

Turn off trigger energy characteristics of the superconducting power electronics device (S-PED)-in case of type d

Turn off trigger energy characteristics of the superconducting power electronics device (S-PED)-in case of type d

The principle and performance of a superconducting dynamo

Fully superconducting rectifiers and fluxpumps Part 1: Realized methods for pumping flux

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