tuning range

简明释义

调谐范围

英英释义

例句

1.To optimize performance, you should fine-tune the tuning range of your device.

为了优化性能，您应该微调设备的调谐范围。

2.The radio can receive signals within a specific tuning range.

这台收音机可以在特定的调谐范围内接收信号。

3.When adjusting the tuning range, make sure to avoid interference from other frequencies.

调整调谐范围时，要确保避免其他频率的干扰。

4.The tuning range of this synthesizer allows for a wide variety of sounds.

这款合成器的调谐范围允许产生多种声音。

5.Different instruments have varying tuning ranges that affect their sound quality.

不同乐器有不同的调谐范围，这会影响它们的音质。

作文

In the field of engineering and technology, the term Tuning Range refers to the spectrum of frequencies or values that a particular device or system can adjust to operate effectively. This concept is particularly crucial in areas such as radio communications, electronics, and even in musical instruments. Understanding the Tuning Range is essential for optimizing performance and ensuring that devices function within their designed parameters.For instance, consider a radio receiver. The Tuning Range determines the range of frequencies that the receiver can pick up. If the Tuning Range is limited, the user may not be able to access all the available stations, which could lead to a subpar listening experience. Therefore, a broader Tuning Range allows for more flexibility and better performance in receiving signals.Similarly, in the world of musical instruments, the Tuning Range plays a vital role. For example, a piano has a specific Tuning Range that defines the notes it can produce. If a musician wishes to play outside of this range, they may need to use different techniques or instruments. Understanding the Tuning Range of an instrument allows musicians to compose and perform music that is harmonious and within the capabilities of their tools.Moreover, in the realm of electronics, the Tuning Range is critical when designing circuits. Engineers must consider the Tuning Range when selecting components to ensure that the circuit can operate efficiently across a variety of conditions. A well-defined Tuning Range can enhance the reliability and effectiveness of electronic devices, making them more suitable for various applications.In conclusion, the concept of Tuning Range is integral to numerous fields, including communication, music, and electronics. By understanding and optimizing the Tuning Range, engineers, musicians, and technicians can improve performance and functionality. Whether it is tuning into a radio station or playing a beautiful melody on a piano, the Tuning Range serves as a foundational element that enables these activities to occur seamlessly. Thus, acknowledging its importance can lead to advancements and innovations in technology and art alike.

在工程和技术领域，术语调谐范围指的是特定设备或系统能够调整以有效运行的频率或数值的范围。这个概念在无线电通信、电子学甚至乐器等领域尤为重要。理解调谐范围对于优化性能和确保设备在其设计参数内正常工作至关重要。例如，考虑一个收音机接收器。调谐范围决定了接收器可以接收的频率范围。如果调谐范围有限，用户可能无法访问所有可用的电台，这可能导致不理想的收听体验。因此，更广泛的调谐范围允许更多的灵活性，并改善接收信号的性能。同样，在乐器的世界中，调谐范围也起着至关重要的作用。例如，钢琴有一个特定的调谐范围，定义了它可以发出的音符。如果音乐家希望在这个范围之外演奏，他们可能需要使用不同的技巧或乐器。了解乐器的调谐范围使音乐家能够创作和演奏和谐且在其工具能力范围内的音乐。此外，在电子学领域，调谐范围在设计电路时至关重要。工程师在选择组件时必须考虑调谐范围，以确保电路能够在各种条件下高效运行。良好的调谐范围可以增强电子设备的可靠性和有效性，使其更适合各种应用。总之，调谐范围的概念是多个领域的基础，包括通信、音乐和电子学。通过理解和优化调谐范围，工程师、音乐家和技术人员可以提高性能和功能。无论是调谐到一个电台还是在钢琴上演奏美妙的旋律，调谐范围都是使这些活动顺利进行的基础元素。因此，承认其重要性可以促进技术和艺术的进步与创新。