变压器对抗短路强度的要求是很高的。
The intensity to withstand short circuit of transformers is requested very highly.
提出了在产品设计过程中如何提高抗短路强度的具体措施。
Puts forward the measures to improve anti-short-circuit strength on the process of product design.
根据分析结果，提出一些保证绕组短路强度的措施，为变压器绕组设计提供参考依据。
According to analyzing results, a few measures are given to ensure short-circuit strength of windings and referential rules are provided for design of transformer windings.
电气强度试验包括在测试过程火线和地线同时短路的情况下测量被测设备的漏电量。
The Dielectric Withstand test consists in measuring the current leak of a device under test, while phase and neutral are short circuited together.
采用超高强度隔板避免短路的产生。
对变压器引线的短路损坏形式进行了分析，并计算了引线在短路情况下的机械强度。
The damage forms of transformer leads in short-circuit are analysed, its mechanical strength in short-circuit condition is calculated.
工频短路时变电站内短时电场强度达到22。
The short-time electric field strength of 2 m above ground reaches 22.
工频短路时变电站内短时电场强度达到22。
The short-time electric field strength of 2 m above ground reaches 22.
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