demodulator的音標是[d??mɑ?dju?l?(r)]，基本翻譯是解調器，速記技巧可以將其拆分為以下部分：de-表示“分離”，modulator意為“調制器”。可以聯想到調制器用于將信號調制到載波上，解調器則負責從中分離出原始信號，因此速記時可以重點關注首字母d和末字母l?。

Demodulator的英文詞源：

Demodulator這個詞源于希臘語詞根“de-”和“modo-”，分別表示“解”和“調制”。在通信系統中，demodulator通常指的是用于解調信號的設備或組件。

變化形式：

在英語中，Demodulator的形式通常為名詞形式，即demodulator。

相關單詞：

1. Demodulation（解調）：與Demodulator相關，表示將已調制的信號解調回原始信號的過程。

2. Demultiplexer（分路器）：一種電子設備，用于將復合信號分解為單個信號，類似于Demodulator的功能。

3. Modulator（調制器）：與Demodulator相反，調制器用于將原始信號調制到傳輸媒體上。

4. Demultiplexing（分路）：一種處理過程，類似于Demultiplexer的功能，用于將復合信號分解為多個單獨的信號。

5. Demodulation Error（解調誤差）：在通信系統中，解調誤差通常表示由于各種原因導致解調失敗的程度。

6. Demodulation Technique（解調技術）：描述如何使用特定的算法或方法來解調信號的技術。

7. Demodulation Fault（解調故障）：指通信系統中由于設備故障或信號質量差導致的解調失敗。

8. Demodulator Fault（解調器故障）：指解調器本身或其電路故障導致的解調失敗。

9. Demodulator Circuit（解調器電路）：指用于解調信號的電子電路。

10. Demodulator Fault Diagnostics（解調器故障診斷）：一種診斷技術，用于檢測和診斷解調器故障的原因和位置。

Demodulator常用短語：

1. Demodulate the signal

2. Demodulator demodulation

3. Demodulator reception

4. Demodulator demodulation process

5. Demodulator operation

6. Demodulator function

7. Demodulator design

雙語例句：

1. The demodulator received the modulated signal and began to demodulate it.

2. The demodulator function of the receiver is critical to the overall system performance.

3. The demodulator operation was flawless throughout the test run.

4. The demodulator design was optimized for maximum performance and efficiency.

5. The demodulated signal was then fed back into the system for further processing.

6. The demodulator reception was excellent, with no significant interference detected.

7. The demodulation process was carried out by the demodulator to recover the original data.

英文小作文：

Demodulation is a crucial process in signal transmission, where a modulated signal is recovered to its original form. A demodulator is a device that performs this process, and it plays a vital role in many communication systems.

From satellite communication to wireless networks, demodulators are essential components that ensure the reliable transmission and reception of signals. They work by analyzing the characteristics of the modulated signal and retrieving the original data or information that was encoded during transmission.

In addition to their essential role in communication systems, demodulators are also used in other fields, such as radar and sensor systems, where they are responsible for decoding signals received from various sources. With advances in technology, demodulators continue to evolve and become more efficient and reliable, enabling a wide range of applications in various fields.