analog machine

简明释义

模拟机

英英释义

例句

1.The old camera is an analog machine 模拟机器 that uses film instead of digital sensors.

这台老相机是一种模拟机器 analog machine，使用胶卷而不是数字传感器。

2.Film enthusiasts often discuss the merits of analog machines 模拟机器 versus digital cameras.

胶卷爱好者经常讨论模拟机器 analog machines与数码相机的优缺点。

3.The analog machine 模拟机器 used in this project helps us understand the basics of mechanical engineering.

这个项目中使用的模拟机器 analog machine帮助我们理解机械工程的基础知识。

4.In the lab, we have an analog machine 模拟机器 that measures temperature without digital displays.

在实验室里，我们有一台模拟机器 analog machine，可以在没有数字显示的情况下测量温度。

5.Many musicians prefer using an analog machine 模拟机器 for its warm sound quality.

许多音乐家更喜欢使用模拟机器 analog machine，因为它的声音质量温暖。

作文

In the world of technology, we often hear the term 'analog machine'. An analog machine refers to a device that operates using continuous signals to represent information. Unlike digital machines, which use discrete values, analog machines rely on physical quantities that can vary smoothly. This fundamental difference in operation has significant implications for how these machines are used and understood. To better comprehend the concept of an analog machine, let's consider some examples. One of the most common forms of analog machines is the traditional clock. A mechanical clock uses gears and springs to move the hands around its face, providing a continuous representation of time. The movement of the hands is smooth and fluid, which is characteristic of analog machines. In contrast, a digital clock displays time in numerical format and updates in discrete steps, such as jumping from 1:00 to 1:01.Another example of an analog machine is a vinyl record player. The sound produced by the needle moving across the grooves of a vinyl record is a direct representation of the audio waves. This process captures the nuances of sound in a way that many audiophiles argue is richer and more authentic than the sound produced by digital formats. Here again, the continuous nature of the music played back by an analog machine stands in stark contrast to the binary nature of digital sound, which samples audio at intervals.The advantages of analog machines often lie in their ability to produce smoother and more natural results. For instance, in photography, analog machines like film cameras capture images in a way that many photographers believe results in a more organic feel compared to digital cameras. Film captures a wider range of tones and colors, allowing for a depth that can sometimes be lost in digital processing.However, analog machines also come with their own set of challenges. They are often less precise than their digital counterparts. For example, while a digital thermometer provides an exact temperature reading, an analog machine like a mercury thermometer can only give an approximation based on the level of the liquid. This lack of specificity can be a drawback in situations where exact measurements are crucial.Moreover, analog machines can require more maintenance and care. Mechanical parts may wear down over time, and calibration may be necessary to ensure accurate operation. For instance, tuning a piano, which is an analog machine, requires skill and regular adjustments to maintain its sound quality. On the other hand, digital instruments often come with built-in tuning features that simplify this process.Despite the rise of digital technology, analog machines continue to hold a special place in various fields. Many enthusiasts appreciate the tactile experience and authenticity that analog machines provide. Whether it’s the warmth of vinyl records, the charm of a film camera, or the simplicity of a mechanical watch, there is something inherently appealing about the way analog machines function. In conclusion, understanding analog machines involves recognizing their unique characteristics, benefits, and limitations. While digital technology dominates much of our modern world, analog machines remind us of a time when things were simpler, often resulting in a more engaging and fulfilling user experience. As technology continues to evolve, the appreciation for analog machines may very well endure, serving as a bridge between the past and the future.

在科技的世界里，我们常常听到“模拟机器”这个术语。模拟机器是指使用连续信号来表示信息的设备。与使用离散值的数字机器不同，模拟机器依赖于可以平滑变化的物理量。这种操作上的根本差异对这些机器的使用和理解有着重要的影响。为了更好地理解模拟机器的概念，让我们考虑一些例子。最常见的模拟机器之一是传统时钟。机械时钟使用齿轮和弹簧使指针在表盘上移动，提供时间的连续表示。指针的运动是平滑而流畅的，这正是模拟机器的特征。相反，数字时钟以数字格式显示时间，并以离散的步骤更新，例如从1:00跳到1:01。另一个模拟机器的例子是黑胶唱片播放器。唱针在黑胶唱片的沟槽中移动所产生的声音是音频波的直接表现。这一过程以一种许多音响爱好者认为比数字格式更丰富和真实的方式捕捉了声音的细微差别。在这里，再次，模拟机器播放的音乐的连续性与数字声音的二进制特性形成鲜明对比，后者在间隔内对音频进行采样。模拟机器的优点往往在于它们能够产生更平滑和更自然的结果。例如，在摄影中，像胶卷相机这样的模拟机器以一种许多摄影师相信比数字相机更具有机感觉的方式捕捉图像。胶卷捕捉更广泛的色调和颜色，使得有时在数字处理过程中可能会丢失的深度得以保留。然而，模拟机器也带来了自己的一系列挑战。它们通常不如数字对应物精确。例如，数字温度计提供准确的温度读数，而像水银温度计这样的模拟机器只能根据液体的高度给出近似值。这种缺乏特异性在需要精确测量的情况下可能是一个缺点。此外，模拟机器可能需要更多的维护和保养。机械部件可能会随着时间的推移而磨损，并且可能需要校准以确保准确操作。例如，调音钢琴（这是一种模拟机器）需要技巧和定期调整以保持其音质。另一方面，数字乐器通常配备内置调音功能，使这一过程简化。尽管数字技术的崛起，模拟机器仍然在各个领域占据着特殊的位置。许多爱好者欣赏模拟机器所提供的触感体验和真实性。无论是黑胶唱片的温暖、胶卷相机的魅力，还是机械手表的简单，模拟机器的工作方式都具有内在的吸引力。总之，理解模拟机器涉及到认识它们独特的特征、优点和局限性。虽然数字技术主导了我们现代世界的大部分，但模拟机器提醒我们曾经一个更简单的时代，这往往导致更具吸引力和更令人满足的用户体验。随着技术的不断发展，对模拟机器的欣赏可能会持续存在，作为连接过去和未来的桥梁。