inphase

简明释义

英[ˌɪnˈfeɪz]美[ˈɪnˌfeɪz]

adj. （电流）同相的

英英释义

单词用法

同义词

反义词

例句

1.The design of the communication and controlling circuit that transmits DTMF code in AC220 inphase power line is presented. It forms a complete system with data picking and processing circuit.

介绍一种利用220伏同相电力线载波传送dtmf编码数据的系统中的通讯及控制电路的设计，它与数据采集电路及数据处理电路构成一个完整的系统。

2.Output force phase should be controlled so as to get the far field signal inphase with the output force phase.

为了保证远场信号的相位与激振力的相位一致，应当控制激振力的相位。

3.The design of the communication and controlling circuit that transmits DTMF code in AC220 inphase power line is presented. It forms a complete system with data picking and processing circuit.

介绍一种利用220伏同相电力线载波传送dtmf编码数据的系统中的通讯及控制电路的设计，它与数据采集电路及数据处理电路构成一个完整的系统。

4.In this experiment, we need to ensure that the oscillators are inphase for accurate measurements.

在这个实验中，我们需要确保振荡器同相以获得准确的测量。

5.The audio tracks were adjusted to be inphase to eliminate any phase cancellation.

音频轨道被调整为同相以消除任何相位抵消。

6.When the waves are inphase, they amplify each other.

当波浪同相时，它们会相互增强。

7.For optimal performance, the motors must operate inphase.

为了获得最佳性能，电机必须同相运行。

8.The two signals were perfectly inphase, resulting in a strong output.

这两个信号完全同相，导致输出强劲。

作文

In the realm of physics and engineering, the term inphase refers to a condition where two or more waves or signals are synchronized with each other. This means that their peaks and troughs align perfectly, resulting in constructive interference. When two sound waves are inphase, for instance, they amplify each other, creating a louder sound. Understanding the concept of inphase is crucial in various fields, such as telecommunications, acoustics, and even music production.To illustrate the importance of being inphase, consider a simple example involving musical instruments. When a guitarist plays a note, the sound wave produced travels through the air. If another guitarist plays the same note simultaneously and their sound waves are inphase, the result is a richer, fuller sound that enhances the musical experience. On the contrary, if the sound waves are out of phase, they can cancel each other out, leading to a weaker sound. This phenomenon highlights how the synchronization of waves can significantly affect the quality of sound we perceive.In telecommunications, the concept of inphase becomes even more critical. For effective signal transmission, especially in digital communications, it is essential that the signals remain inphase. If the signals are misaligned, data can be lost or corrupted, leading to communication failures. Engineers work diligently to ensure that signals maintain this inphase relationship, using various techniques such as phase-locked loops and synchronization algorithms.Moreover, the principle of inphase is not limited to sound waves or electronic signals; it can also be observed in light waves. In optical systems, when light beams are inphase, they can produce bright spots of light through constructive interference. This principle is utilized in technologies such as lasers and optical amplifiers, where maintaining the inphase condition is vital for achieving high-intensity light output.The significance of inphase extends beyond technical applications; it also serves as a metaphor for harmony and collaboration in our daily lives. Just as waves can synchronize to create beautiful music or clear signals, individuals and teams can achieve greater success when they are inphase with one another. Working together towards a common goal, sharing ideas, and aligning efforts can lead to remarkable outcomes, whether in a workplace, a community project, or personal relationships.In conclusion, the term inphase encapsulates a fundamental principle found in nature and technology. From the synchronization of sound waves to the alignment of digital signals, the concept plays a pivotal role in various domains. Furthermore, it serves as a reminder of the power of unity and collaboration in achieving shared objectives. Embracing the idea of being inphase can lead to both technical excellence and harmonious relationships in our lives.

在物理和工程领域，术语inphase指的是两个或多个波或信号彼此同步的状态。这意味着它们的波峰和波谷完美对齐，导致建设性干涉。当两个声波处于inphase状态时，例如，它们会相互增强，产生更大的声音。理解inphase的概念对于电信、声学甚至音乐制作等各个领域至关重要。为了说明处于inphase状态的重要性，考虑一个涉及乐器的简单例子。当一位吉他手弹奏一个音符时，产生的声波通过空气传播。如果另一位吉他手同时弹奏相同的音符，并且他们的声波处于inphase状态，结果将是更丰富、更饱满的声音，增强了音乐体验。相反，如果声波不同步，它们可能会相互抵消，导致声音减弱。这一现象突显了波的同步如何显著影响我们感知的声音质量。在电信领域，inphase的概念变得更加关键。为了有效的信号传输，尤其是在数字通信中，确保信号保持inphase状态至关重要。如果信号未对齐，数据可能会丢失或损坏，导致通信失败。工程师们努力确保信号保持这种inphase关系，使用各种技术，如锁相环和同步算法。此外，inphase原理不仅限于声波或电子信号；在光波中也可以观察到。当光束处于inphase状态时，它们可以通过建设性干涉产生明亮的光斑。这个原理被应用于激光和光放大器等技术中，在这些技术中，保持inphase状态对于实现高强度光输出至关重要。inphase的重要性超越了技术应用；它也作为我们日常生活中和谐与合作的隐喻。正如波可以同步以创造美妙的音乐或清晰的信号，个人和团队在彼此inphase时可以取得更大的成功。共同朝着共同目标努力、分享想法和协调努力，可以导致显著的成果，无论是在工作场所、社区项目还是个人关系中。总之，术语inphase概括了自然和技术中的一个基本原则。从声波的同步到数字信号的对齐，这一概念在各个领域发挥着关键作用。此外，它提醒我们团结与合作在实现共同目标中的力量。接受inphase的理念可以带来技术上的卓越和我们生活中和谐的关系。