vidicon

简明释义

英[ˈvɪdɪˌkɒn]美[ˈvɪdɪˌkɑːn]

n. 摄像机；光导摄像管

英英释义

单词用法

同义词

反义词

例句

1.The limitations of this scheme became quite apparent with the introduction of detectors such as the plumbicon, image orthicon and vidicon.

这个方法的局限性在引进诸如氧化铅光导管摄像管，超正析象和光导摄像管之类的探测器之后变得很明显。

2.Capacity: 3 Pro digital SLRs, 3-5 zoom lenses, flash lamp, and pocket digital vidicon or camera.

容量：3个单反相机机身、3 - 5个变焦镜头、闪光灯；袖珍数码摄像机或数码相机。

3.The counting part is composed of CCD vidicon, image capture card and industrial computer. The packing part is composed of control cabinet, hydraulic power station, dividing device and packing machine.

计数部分由CCD摄像头、图像采集卡、计算机组成，打包部分由控制柜、液压站、分拨装置、打包机组成。

4.First we put CCD vidicon on fixed point, gather the video picture of sign point on dynamic measured structure by picture gathering card.

在固定点安置CCD摄像机，通过图像采集卡对处于动态被监测结构物上的标志点进行视频图像采集；

5.An infrared imaging system using pyroelectric vidicon with revolving optical element is proposed.

本文提出一种采用热释电摄象管的回转型红外成象方案。

6.This paper start from structuring automatic input system of Chiuese characters, describes interface of vidicon camera C1000 to IF-800 microcomputer.

本文从构造汉字自动输入系统出发，着重阐述了IF—800微型机与C_(1000)光导摄象机的接口电路。

7.Where can I buy vidicon shield?

在哪里能买到摄像机护罩？

8.The hardware structure is mainly put up of the microscopical magnifier, a black and white CCD vidicon, and computer.

硬件系统主要由显微放大镜、CCD黑白摄像头和计算机组成；

9.Add a vidicon in punch workshop.

冲床车间增加一个摄像机。

10.The early television cameras used a type of sensor called a vidicon, which is a vacuum tube device.

早期的电视摄像机使用了一种称为vidicon的传感器，这是一种真空管设备。

11.In professional broadcasting, a vidicon can provide high-quality video signals.

在专业广播中，vidicon可以提供高质量的视频信号。

12.The vidicon technology was widely used in the 1960s for live television productions.

vidicon技术在20世纪60年代被广泛用于现场直播制作。

13.Despite being outdated, some studios still keep a vidicon camera for nostalgic purposes.

尽管已经过时，一些录音室仍然保留一台vidicon摄像机以追忆往昔。

14.A vidicon operates by scanning an image and converting it into an electrical signal.

vidicon通过扫描图像并将其转换为电信号来工作。

作文

The development of television technology has come a long way since its inception. One of the pivotal inventions in the history of television is the vidicon, which played a crucial role in the advancement of electronic imaging. The vidicon is a type of video camera tube that was widely used in the mid-20th century for television broadcasting and video recording. Its significance lies not only in its function but also in how it paved the way for modern imaging technologies. To understand the importance of the vidicon, we must first look at its design and operation. The vidicon works by converting light into an electrical signal, which can then be processed to create images. This process involves a photosensitive surface that captures light and transforms it into a video signal. The vidicon was known for its ability to produce high-quality images with good resolution, making it a popular choice for television studios and broadcasters. Before the introduction of the vidicon, early television systems relied on less efficient methods of image capture, such as mechanical scanning devices. These systems were often bulky, expensive, and produced images of inferior quality. The vidicon revolutionized this aspect of television technology by providing a more compact and efficient solution. It allowed for greater flexibility in camera design and improved portability, which was essential for live broadcasts and remote filming. Moreover, the vidicon contributed significantly to the field of video recording. It enabled the creation of more sophisticated video equipment, including portable cameras that could be used outside of the studio environment. This innovation opened up new possibilities for filmmakers, journalists, and content creators, allowing them to capture high-quality footage in a variety of settings. Despite its many advantages, the vidicon was not without its drawbacks. One of the main issues was the lag in response time, which could result in motion blur when capturing fast-moving subjects. Additionally, the vidicon was sensitive to light levels, requiring careful adjustment to ensure optimal performance. As technology continued to evolve, newer imaging technologies began to emerge, gradually replacing the vidicon in many applications. Today, digital cameras and solid-state imaging devices have largely taken over the roles once filled by the vidicon. However, the impact of the vidicon on the television industry cannot be overstated. It laid the groundwork for the development of modern video technology, influencing everything from television production to home video systems. In conclusion, the vidicon represents a significant milestone in the evolution of imaging technology. Its ability to transform light into electrical signals changed the way we capture and broadcast images, leading to the dynamic world of television we enjoy today. Understanding the vidicon and its contributions helps us appreciate the advancements in technology that have shaped our media landscape. As we continue to explore new innovations, it is essential to recognize the foundational technologies that have made it all possible, including the remarkable vidicon.

电视技术的发展自其诞生以来已经走过了很长的路。在电视历史上，一个关键的发明是vidicon，它在电子成像的进步中发挥了至关重要的作用。vidicon是一种视频摄像管，在20世纪中期被广泛用于电视广播和视频录制。它的重要性不仅体现在其功能上，还体现在它为现代成像技术铺平了道路。 要理解vidicon的重要性，我们首先必须了解它的设计和操作。vidicon通过将光转换为电信号来工作，然后可以处理这些信号以创建图像。这个过程涉及一个光敏表面，它捕捉光并将其转化为视频信号。vidicon以其能够生成高质量图像和良好分辨率而闻名，使其成为电视台和广播商的热门选择。 在vidicon问世之前，早期的电视系统依赖于效率较低的图像捕捉方法，例如机械扫描设备。这些系统通常笨重、昂贵，并且生成的图像质量较差。vidicon通过提供更紧凑和高效的解决方案彻底改变了这一点。它允许相机设计的更大灵活性和改进的便携性，这对于现场直播和外景拍摄至关重要。 此外，vidicon对视频录制领域也有重要贡献。它使得创建更复杂的视频设备成为可能，包括可以在室外环境中使用的便携式相机。这一创新为电影制作人、记者和内容创作者开辟了新的可能性，使他们能够在各种环境中捕捉高质量的镜头。 尽管有许多优点，vidicon也并非没有缺点。主要问题之一是响应时间的滞后，这可能导致在捕捉快速移动的对象时出现运动模糊。此外，vidicon对光线水平敏感，需要仔细调整以确保最佳性能。随着技术的不断进步，更新的成像技术开始出现，逐渐取代了许多应用中的vidicon。 今天，数字相机和固态成像设备在很大程度上取代了vidicon曾经担任的角色。然而，vidicon对电视行业的影响不可低估。它为现代视频技术的发展奠定了基础，影响了从电视制作到家庭视频系统的一切。 总之，vidicon代表了成像技术演变中的一个重要里程碑。它将光转化为电信号的能力改变了我们捕捉和广播图像的方式，导致了我们今天享受的动态电视世界。理解vidicon及其贡献有助于我们欣赏塑造我们媒体格局的技术进步。当我们继续探索新的创新时，认识到使这一切成为可能的基础技术至关重要，包括卓越的vidicon。