shunt excitationとは 意味・読み方・使い方

To provide a rotary electric machine system with flux shunt control, having excellent energy efficiency in a magnet excitation rotary electric machine.例文帳に追加

磁石励磁回転電機に於いて，エネルギー効率の良い磁束分流制御回転電機システムを提供する。 - 特許庁

To provide a rotary electric machine system with flux shunt control which has good energy efficiency in a rotary electric machine with magnet excitation.例文帳に追加

磁石励磁回転電機に於いて，エネルギー効率の良い磁束分流制御回転電機システムを提供する。 - 特許庁

The excitation power supply 101 is provided with a restoring circuit 31 which opens the contact 4a and restores the protection state after making an output current value of the power unit 3 equal to a current value flowing through a superconducting coil 2L using a detection value of the first shunt resistance 5 and a second shunt resistance 8 in the case where the contact 4a is closed with a protection relay 4 operated by the protection circuit 16.例文帳に追加

励磁電源１０１は、保護回路１６により保護リレー４を動作させて接点４ａが閉じられた際、第１シャント抵抗５および第２シャント抵抗８の検出値を用いてパワーユニット３の出力電流値と超電導コイル２Ｌを流れる電流値とを一致させたのち接点４ａを開いて保護状態から復帰させる復帰回路３１を備えている。 - 特許庁

An excitation power supply 101 comprises: a power source 1; a power unit 3; a protection circuit 16 making a protection state by closing a contact 4a to short-circuit both ends of an output of a power unit 3 in the case of detecting an anomaly of a superconducting magnet 2; and a first shunt resistance 5 that detects a current value within a loop A.例文帳に追加

電源１と、パワーユニット３と、超電導マグネット２の異常を検出した場合にパワーユニット３の出力の両端を短絡させる接点４ａを閉じて保護状態とする保護回路１６と、ループＡ内の電流値を検出する第１シャント抵抗５とを備える励磁電源１０１である。 - 特許庁

This clamp type electrical excitation checking device is constructed of an iron core 11 mounted to the AC cable 14, a coil 12 through which electric current flows by a magnetic field excited by the iron core 11, a variable resistor 15 shunting the electric current, and a light emitting element 13 turned on when the electric current reaches a fixed current or more after shunt by means of the variable resistor 15.例文帳に追加

ＡＣケーブル１４に装着される鉄心１１と、この鉄心１１に励磁された磁界により、電流が流れる巻線１２と、その電流を分流させる可変抵抗器１５と、この可変抵抗器１５で分流させ一定電流以上になった時に、点灯する発光素子１３とから成る。 - 特許庁