transmitter
简明释义
英[trænzˈmɪtə(r);trænsˈmɪtə(r)]美[trænzˈmɪtərˌtrænsˈmɪtər]
n. (尤指广播、电视信号)发射机,发射台;传播者,传递媒介;(生理)神经传递素
复 数 t r a n s m i t t e r s
英英释义
A device that sends or transmits signals, often in the form of electromagnetic waves. | 一种发送或传输信号的设备,通常以电磁波的形式出现。 |
In biology, an organism or agent that carries and spreads a disease. | 在生物学中,指携带并传播疾病的生物或媒介。 |
单词用法
压力变送器;压力传送器 | |
无线电广播发射机 |
同义词
反义词
接收器 | The receiver picks up signals transmitted by the transmitter. | 接收器接收由发射器传输的信号。 | |
吸收器 | 吸收器可以阻止声音或光的传播。 |
例句
1.But whatever its quality, the story-teller is the passer-on, the interpreter, the transmitter.
不过无论这个故事是好是坏,讲故事的人扮演的是传授者、译者以及传达者。
2.The TJS includes a receiver, processor, aircrew interfaces, and transmitter pods.
TJS包括一个接收机、处理器、驾驶员接口和发射机吊舱。
3.But once, he remembered, a colleague stood next to a transmitter wearing wire-rimmed glasses and got burned.
但他记得有一次,一位同事带着一副金丝边眼镜站在发射机旁被灼伤了。
4.These transmitter molecules cross the gap and bind to special receptors in the downstream nerve cell.
这种递质分子穿过间隙,会结合到下游神经细胞的特殊受体上。
5.Television has become a baby-sitter, an introducer of conversations, the major transmitter of culture, a keeper of tradition.
电视已经成为了一个保姆,谈话的介绍者,文化的主要传播者,传统的守护者。
6.Creates a transmitter instance.
创建一个发送器实例。
7.Alexis goes to pour her a drink and in the bedroom Elizabeth inserts the transmitter inside his wallet.
亚历克西斯走开去为她倒一杯饮料,在房间的卧室里,伊丽莎白将追踪器放入了他的钱包中。
8.Rather than plugging a cable into a shoe, the Wisconsin researchers suggest installing a wireless transmitter in the heel.
威斯康星州的研究人员用安装在脚后跟的无线发射机取代了需要塞进鞋子里的数据线。
9.The radio station uses a powerful transmitter to broadcast its signal across the city.
这家广播电台使用一个强大的发射器在全市广播信号。
10.In a wireless network, the transmitter sends data to various devices.
在无线网络中,发射器将数据发送到各种设备。
11.The new transmitter model has improved range and clarity.
新的发射器型号具有更好的范围和清晰度。
12.A malfunctioning transmitter can cause communication issues in a satellite system.
故障的发射器可能会导致卫星系统中的通信问题。
13.In medical applications, a transmitter can be used to monitor patient health remotely.
在医疗应用中,发射器可用于远程监测患者健康。
作文
In today's world, communication technology plays a vital role in our daily lives. One of the most crucial components of this technology is the transmitter, which is an essential device used to send information from one point to another. A transmitter 发射器 converts electrical signals into electromagnetic waves, allowing data to be transmitted over various distances. This process is fundamental in enabling wireless communication systems, including radio, television, and mobile networks. The evolution of the transmitter 发射器 has been remarkable over the years. Initially, early radio systems utilized simple spark-gap transmitters that generated radio waves. However, as technology advanced, more sophisticated methods were developed. Today’s transmitters 发射器 are designed to operate at different frequencies and can handle complex modulation techniques, which enhance the quality and reliability of the transmitted signals. One of the key applications of transmitters 发射器 is in broadcasting. Radio and television stations rely heavily on powerful transmitters 发射器 to broadcast their signals over vast areas. These transmitters 发射器 ensure that audiences can receive clear audio and visual content, regardless of their location. Without these devices, the media landscape would be drastically different, limiting access to information and entertainment. Moreover, transmitters 发射器 are not only limited to broadcasting but also play a significant role in telecommunications. Mobile phones, for instance, use a network of transmitters 发射器 to connect users to the internet and facilitate voice calls. Each cell tower acts as a transmitter 发射器, sending and receiving signals from mobile devices within its coverage area. This interconnected system allows millions of users to communicate seamlessly, demonstrating the importance of transmitters 发射器 in modern society. In addition to traditional uses, transmitters 发射器 have found applications in various fields such as medical technology, where they are used in devices like pacemakers and remote monitoring systems. These medical transmitters 发射器 help in transmitting vital health data to healthcare providers, ensuring timely intervention when necessary. The integration of transmitters 发射器 in healthcare showcases their versatility and significance beyond conventional communication. As we look towards the future, the role of transmitters 发射器 is expected to grow even more critical with the advent of technologies like the Internet of Things (IoT). In IoT ecosystems, countless devices communicate with each other through various types of transmitters 发射器, exchanging data to enhance automation and efficiency in our lives. This interconnectedness highlights the need for advanced transmitters 发射器 capable of handling vast amounts of data while maintaining low power consumption. In conclusion, the transmitter 发射器 is an indispensable element of modern communication and technology. Its ability to convert and transmit information across distances has transformed how we connect, share, and interact with the world around us. As technology continues to advance, the importance of transmitters 发射器 will undoubtedly increase, paving the way for new innovations and improved communication systems.
在当今世界,通信技术在我们的日常生活中发挥着至关重要的作用。这个技术中最关键的组成部分之一就是transmitter(发射器),它是用于将信息从一个点发送到另一个点的基本设备。transmitter(发射器)将电信号转换为电磁波,从而使数据能够在不同距离之间传输。这个过程对于实现无线通信系统至关重要,包括无线电、电视和移动网络。 transmitter(发射器)的演变在这些年里是显著的。最初,早期的无线电系统使用简单的火花间隙发射器来生成无线电波。然而,随着技术的进步,开发出了更复杂的方法。今天的transmitters(发射器)被设计为可以在不同频率下工作,并能够处理复杂的调制技术,从而提高了传输信号的质量和可靠性。 transmitters(发射器)的一个关键应用是在广播中。广播电台和电视台在很大程度上依赖强大的transmitters(发射器)在广阔的区域内广播他们的信号。这些transmitters(发射器)确保观众无论身处何地都能接收到清晰的音频和视频内容。如果没有这些设备,媒体环境将会截然不同,限制了获取信息和娱乐的渠道。 此外,transmitters(发射器)不仅限于广播,在电信中也发挥着重要作用。例如,移动电话利用一系列transmitters(发射器)将用户连接到互联网并促进语音通话。每个基站都充当一个transmitter(发射器),在其覆盖区域内发送和接收来自移动设备的信号。这种互联的系统使数百万用户能够无缝沟通,展示了transmitters(发射器)在现代社会中的重要性。 除了传统用途,transmitters(发射器)在医疗技术等各个领域也找到了应用,例如在心脏起搏器和远程监测系统中使用。这些医疗transmitters(发射器)帮助传输重要的健康数据给医疗提供者,确保在必要时进行及时干预。transmitters(发射器)在医疗保健中的整合展示了它们的多功能性和超越传统通信的重要性。 展望未来,随着物联网(IoT)等技术的出现,transmitters(发射器)的角色预计将变得更加重要。在物联网生态系统中,无数设备通过各种类型的transmitters(发射器)相互通信,交换数据以增强我们生活中的自动化和效率。这种互联性凸显了对先进的transmitters(发射器)的需求,这些设备能够处理大量数据,同时保持低功耗。 总之,transmitter(发射器)是现代通信和技术中不可或缺的元素。它将信息转换和传输的能力改变了我们与周围世界的连接、分享和互动方式。随着技术的不断进步,transmitters(发射器)的重要性无疑会增加,为新的创新和改进的通信系统铺平道路。
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