予備放電時間の英語

この結果、両コロナ予備放電電極４５、４６には、両主放電電極４２、４３よりも最終段の部分回路３２(n)への充電に要する時間だけ早いタイミングで準圧縮パルスが印加され、両コロナ予備放電電極４５、４６から主放電電極４３への予備放電を本番の放電よりも十分速くすることができる。例文帳に追加

As a result, a semi-compression pulse is applied to both corona pre-discharging electrodes 45 and 46 at a timing earlier than both main discharging electrodes 42 and 43, that time is required to charge a partial circuit 32 (n) in a final step, so that the pre-discharging from both corona preliminary discharging electrodes 45 and 46 to main discharging electrode 43 can be sufficiently conducted more quickly than in regular discharging. - 特許庁

予備放電終了から予備消去放電までの経過時間を、Ｘｅ準安定順位原子の減衰時定数（例えば１８．２μｓ）の３倍よりも短く（例えば５８μｓ）する。例文帳に追加

In this driving method, the elapsed time from the completion of the preparatory discharge to the preparatory erasing discharge is made shorter (for example, 58 μs) than the three times of the attenuation time constant (for example, 18.2 μs) of quasi-stationary order atoms of xenon. - 特許庁

予備放電消去パルスの電位変化後に予備放電消去電圧保持時間を５μｓ以上挿入することにより、セル毎の放電特性によらず残留壁電荷量を一定にして、残留壁電荷と走査電圧の重畳による実効電圧の分布を無くし誤放電を減少させる。例文帳に追加

The distribution of effective voltages due to the superposition of residual barrier charges and a scanning voltage is eliminated by making residual barrier charge amounts constant without depending on discharge characteristics for every cell while inserting preliminary discharge erasing voltage holding time for ≥5 μs after the potential change of a preliminary discharge erasing pulse to reduce erroneous discharge. - 特許庁

予備放電消去パルスの電位変化後に予備放電消去電圧保持時間を５μｓ以上挿入することにより、セル毎の放電特性によらず残留壁電荷量を一定にして、残留壁電荷と走査電圧の重畳による実効電圧の分布を無くし誤放電を減少させる。例文帳に追加

The distribution of effective voltages due to the superposition of residual charges and a scanning voltage is eliminated by making residual barrier charge amounts constant without depending on discharge characteristics for every cell while inserting a preliminary discharge erasing voltage holding time for 5 μs or more after the potential change of a preliminary discharge erasing pulse to reduce erroneous discharge. - 特許庁

エンジンの始動に支障を来たさず、予備バッテリーの過放電を防ぎ、長時間に渡って使用が可能な車載用の電気毛布を提供する。例文帳に追加

To provide an on-vehicle electric blanket not causing a trouble with the starting of an engine and the excessive discharge of a spare battery and usable for a long time. - 特許庁

電源オン時に、インバータ８に設けられた平滑コンデンサ９を、バッテリ１により充電抵抗５を介して予備充電する電源装置において、電源オフ後、所定時間T0の間は、平滑コンデンサ９に蓄えられたエネルギーを一定の放電電力でモータ２０に放電し、その後に残りのエネルギーを短時間で強制放電する。例文帳に追加

The power supply unit preliminarily charges a smoothing capacitor 9 provided at an inverter 8, by a battery 1 through the charging resistor 5 when power supply is turned on, wherein after the power supply is turned off, energy stored in the smoothing capacitor 9 is discharged onto a motor 20 at a fixed discharge power during a prescribed time TO, after which remained energy is forcedly discharged for a short time. - 特許庁

まず、選別対象である積層セラミックコンデンサが予備充電端子に当接した状態で、Ｔｏの間、電圧Ｖａを印加して充電を行い、続いてＴ１の時間で放電を行う。例文帳に追加

First, while a multilayer ceramic capacitor to be selected is abutted against an auxiliary charging terminal, a voltage Va is applied during a period of To for charging, and then discharging is performed during a period of T1. - 特許庁