fault signal的音標是[?f??lt s?ɡl] ，基本翻譯是故障信號，速記技巧是注意分音節，劃分成[f??lt] [s?ɡl]。

Fault signal的英文詞源是fault（故障）和signal（信號）。這個詞的含義是表示故障警告信號。

變化形式：無變化。

相關單詞：

1. faulty：adj.有錯誤的，有缺點的 - 詞源同fault，來自faulty judgment（錯誤的判斷）。

2. fuzz：n.模糊不清的事物 - 詞源同fault，來自模糊的故障信號。

3. malfunction：n.故障，不正常工作 - 詞源同malicious（惡意的）和function（功能）。

4. faultfinding：n.挑錯，吹毛求疵 - 詞源同fault（故障）和finding（尋找）。

5. faulty diagnosis：錯誤的診斷 - 組合詞，fault（故障）+ diagnosis（診斷）。

6. fault tolerance：故障容忍度 - 詞源同fault（故障）和tolerance（容忍）。

7. fault-tolerant：adj.容錯 - 詞源同fault（故障）和tolerant（容忍的）。

8. fault-free：adj.無故障的 - 詞源同fault（故障）。

9. fault-detection：故障檢測 - 詞源同fault（故障）和detection（檢測）。

10. fault-indication：故障指示 - 詞源同fault（故障）和indication（指示）。

以上單詞都與fault signal有著密切的聯系，通過這些單詞我們可以進一步理解fault signal的含義和詞源。

fault signal常用短語：

1. fault detection信號檢測故障

2. fault tolerance故障容錯

3. fault-tolerant design容錯設計

4. fault-tolerant system容錯系統

5. fault-tolerant computing容錯計算

6. fault-tolerant communication容錯通信

7. fault-tolerant control容錯控制

雙語例句：

1. The fault signal was detected by the satellite"s automatic monitoring system.

衛星自動監測系統檢測到了故障信號。

2. The fault tolerance of the system ensures that it can continue to operate even if there are minor faults.

該系統的故障容錯能力確保即使出現小故障，系統也能繼續運行。

3. Fault-tolerant design is a key factor in ensuring the reliability of critical systems.

容錯設計是確保關鍵系統可靠性的關鍵因素。

4. Fault-tolerant communication protocols ensure that data is transmitted reliably even in the face of failures.

容錯通信協議確保即使在出現故障的情況下也能可靠地傳輸數據。

5. Fault-tolerant control systems are designed to ensure that critical processes continue to operate even in the face of unexpected events.

容錯控制系統旨在確保即使面對意外事件，關鍵過程也能繼續運行。

6. Fault signals are sent to the operator"s control center, allowing them to take immediate action to correct the problem.

故障信號被發送到操作員的控制中心，使他們能夠立即采取行動糾正問題。

7. The satellite"s fault-tolerant design ensures that it can continue to operate even if there are technical issues with the equipment.

衛星的容錯設計確保即使設備出現技術問題，它仍能繼續運行。

英文小作文：

Fault tolerance is a crucial aspect of ensuring the reliability of critical systems and processes. By employing fault-tolerant design and implementing fault-tolerant communication and control strategies, organizations can minimize the impact of unexpected failures and maintain system functionality even in the face of technical issues. This ensures that critical operations continue to run smoothly and efficiently, minimizing downtime and ensuring maximum productivity. Furthermore, fault-tolerant systems are designed to be resilient to cyber threats and malicious attacks, providing additional levels of security and protection for critical information and data. Therefore, implementing fault tolerance strategies is essential for ensuring the reliability and security of critical systems and processes in today"s digital age.