免費試聽
EMI Gasket的音標為["i:mi] ["g?sk?t],基本翻譯為“電磁干擾墊片”。
速記技巧:可以將“EMI”拆分為“電(Electrical)磁(Magnetic)”,“Gasket”則可以理解為“墊片”的意思。
希望以上信息對您有幫助。建議您也可以在英文原文中查找該單詞的音標和翻譯。
EMI gasket這個詞的英文詞源可以追溯到英語中的“Electromagnetic Interference”(電磁干擾)。這個詞最初是在電子工程領域使用的,用于描述電磁場對設備性能的影響。
EMI gasket是一種用于密封電子設備,防止電磁干擾逸出的墊片或墊圈。它的變化形式包括復數形式的“EMI gaskets”和過去式“EMI gasketed”以及過去分詞“EMI gasketed”。
相關單詞包括:
1. “gasket” - 墊片,墊圈,這是一個基本的詞匯,可用于描述任何類型的墊片或墊圈。
2. “seal” - 密封,用于防止氣體、液體或其他物質泄漏。在EMI gasket的上下文中,它用于防止電磁干擾逸出。
3. “electromagnetic” - 電磁的,這是一個形容詞,用于描述由電磁場引起的現象。
4. “interference” - 干擾,這里是指電磁干擾,它是一種不利的影響或現象。
5. “shield” - 屏蔽,用于減少或消除電磁干擾的方法。
6. “passive” - 被動,這個詞常用于描述不涉及主動動作或干預的方法。在EMI gasket的上下文中,它描述了不需要電源或主動操作的方法來防止電磁干擾。
7. “antenna” - 天線,這是一種用于接收或發送電磁波的裝置。在某些情況下,它可以用于引導或減少電磁干擾。
8. “insulation” - 絕緣,用于防止電流或電場通過材料傳播。在電子設備中,它通常用于防止電磁干擾。
9. “cavity” - 腔室,用于容納電子設備的部件或組件。在某些情況下,它可以用于減少電磁干擾的影響。
10. “environmental” - 環境相關的,這個詞常用于描述與外部環境有關的因素。在EMI gasket的上下文中,它描述了與環境相關的密封措施,以防止電磁干擾的影響。
EMI Gasket常用短語:
1. EMI gasket material:電磁波墊片材料
2. EMI gasket thickness:電磁波墊片厚度
3. EMI gasket compression:電磁波墊片壓縮
4. EMI gasket rubber:電磁波墊片橡膠
5. EMI gasket rubber material:電磁波墊片橡膠材料
6. EMI gasket rubber type:電磁波墊片橡膠類型
7. EMI gasket rubber hardness:電磁波墊片橡膠硬度
雙語例句:
1. The EMI gasket material should be selected according to the specific use of the product. (根據產品的具體用途選擇EMI墊片材料。)
2. The compression of the EMI gasket should be adjusted to ensure good electromagnetic shielding performance. (電磁波墊片的壓縮程度應調整好,以確保良好的電磁屏蔽性能。)
3. The rubber type and hardness of the EMI gasket should be carefully considered to ensure reliable performance under various conditions. (EMI墊片的橡膠類型和硬度應仔細考慮,以確保在各種條件下可靠的性能。)
英文小作文:
Protecting electronic equipment from electromagnetic interference (EMI) is crucial for ensuring its proper operation. EMI gaskets play a vital role in this process by providing a reliable electromagnetic shield between the equipment and its surrounding environment.
When selecting an EMI gasket, it is essential to consider its material, thickness, compression, rubber type, and hardness. These factors determine the gasket"s ability to effectively block EMI and ensure a safe and reliable environment for electronic equipment.
In addition to selecting the right EMI gasket, it is also important to ensure that the installation process is carried out properly. Proper installation techniques should include aligning the gasket with the equipment"s surface and ensuring a secure fit to prevent EMI from leaking or entering the equipment.
By taking these measures, manufacturers can ensure that their products operate efficiently and reliably, without interference from EMI. This ultimately leads to a better user experience and increased product lifespan.
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