analogue system

简明释义

仿真系统

英英释义

例句

1.The analogue system used in the classic film cameras requires more skill to operate than digital models.

经典胶卷相机中使用的模拟系统比数字型号需要更多的操作技能。

2.Some musicians choose to record their albums using an analogue system to capture a warmer sound.

一些音乐家选择使用模拟系统录制专辑，以捕捉更温暖的声音。

3.In photography, many professionals still prefer using an analogue system for its unique aesthetic qualities.

在摄影中，许多专业人士仍然喜欢使用模拟系统，因为它具有独特的美学品质。

4.The analogue system in the old telephone network can sometimes lead to poor call quality.

老式电话网络中的模拟系统有时会导致通话质量差。

5.The old radio operates on an analogue system, making it less versatile than modern digital devices.

这台老式收音机采用模拟系统，使其不如现代数字设备多功能。

作文

In the world of technology, the term analogue system refers to a method of processing information that is represented in a continuous form. Unlike digital systems, which use discrete values to represent data, analogue systems work with varying signals that can take on any value within a given range. This fundamental difference shapes how each system operates and interacts with the world around us.One of the most common examples of an analogue system is the traditional vinyl record player. In this system, sound waves are captured as grooves on a vinyl disc, representing the audio signal in a continuous manner. When the needle of the turntable runs through these grooves, it vibrates according to the variations in the groove's depth and shape, ultimately reproducing the original sound. This process showcases the essence of analogue systems: they rely on physical representations of data that mirror the real-world phenomena they aim to replicate.In contrast, digital systems convert information into binary code, using zeros and ones to represent data. For instance, CDs and digital audio files compress sound into a series of numerical values, which can be processed by computers and digital devices. While digital technology offers advantages such as easier storage, editing, and sharing of data, analogue systems often provide a richer and more authentic sound experience, appealing to audiophiles who appreciate the warmth and depth of analogue recordings.The debate between analogue and digital continues in various fields, from music to photography. In photography, film cameras are considered analogue systems, capturing images on light-sensitive film. The process is inherently different from that of digital cameras, which use sensors to convert light into electronic signals. Many photographers argue that film captures a broader dynamic range and produces more natural colors than its digital counterpart. This has led to a resurgence of interest in analogue systems among enthusiasts who value the artistry and craftsmanship involved in film photography.Moreover, in the realm of telecommunications, analogue systems were the foundation of early communication methods. Landline telephones, for example, operated using analogue signals that varied in voltage to convey voice information. Although modern communication has largely transitioned to digital formats, understanding the principles of analogue systems remains crucial for grasping the evolution of technology and its impact on society.Despite the rise of digital technologies, analogue systems still have their place in today's world. They are often favored in specific applications where the nuances of continuous signals are essential. For instance, in certain scientific measurements, analogue equipment provides more precise readings than digital devices, particularly in fields like physics and engineering.In conclusion, the term analogue system encompasses a wide range of technologies and methodologies that utilize continuous signals to represent information. While digital systems dominate much of today's technological landscape, the unique qualities and characteristics of analogue systems continue to captivate individuals across various disciplines. Understanding both systems allows us to appreciate the richness of our technological heritage and the ongoing dialogue between the old and the new.

在技术的世界中，术语模拟系统指的是一种以连续形式表示信息的处理方法。与使用离散值表示数据的数字系统不同，模拟系统处理的是可以在给定范围内取任何值的变化信号。这一根本差异塑造了每种系统的操作方式及其与周围世界的互动。最常见的模拟系统示例之一是传统的黑胶唱片播放器。在这个系统中，声波以凹槽的形式捕捉在黑胶唱片上，以连续的方式表示音频信号。当转盘的针头在这些凹槽中滑动时，它会根据凹槽深度和形状的变化而振动，最终重现原始声音。这个过程展示了模拟系统的本质：它们依赖于物理数据表示，这些表示反映了它们旨在复制的现实现象。相比之下，数字系统将信息转换为二进制代码，使用零和一来表示数据。例如，CD和数字音频文件将声音压缩为一系列数值，这些数值可以被计算机和数字设备处理。尽管数字技术在存储、编辑和共享数据方面提供了更大的便利，但模拟系统通常提供更丰富、更真实的声音体验，吸引那些欣赏模拟录音温暖和深度的音响爱好者。在音乐到摄影的各个领域，关于模拟和数字的辩论仍在继续。在摄影中，胶卷相机被视为模拟系统，在光敏胶卷上捕捉图像。这个过程与数字相机截然不同，后者使用传感器将光转换为电子信号。许多摄影师认为，胶卷能够捕捉更广泛的动态范围，并产生比数字相机更自然的色彩。这导致在热衷于胶卷摄影的爱好者中，对模拟系统的兴趣重新复兴。此外，在电信领域，模拟系统曾是早期通信方法的基础。例如，固定电话使用变化电压的模拟信号来传达语音信息。尽管现代通信在很大程度上已经过渡到数字格式，但理解模拟系统的原理对于掌握技术的发展及其对社会的影响仍然至关重要。尽管数字技术的崛起，模拟系统在当今世界仍然有其存在的空间。它们通常在某些特定应用中受到青睐，在这些应用中，连续信号的细微差别至关重要。例如，在某些科学测量中，模拟设备提供的读数比数字设备更为精确，特别是在物理学和工程等领域。总之，术语模拟系统涵盖了一系列利用连续信号表示信息的技术和方法。虽然数字系统主导了今天的大部分技术领域，但模拟系统的独特品质和特性仍然吸引着各个学科的人们。理解这两种系统使我们能够欣赏我们技术遗产的丰富性以及新旧之间持续的对话。