transmission loss

简明释义

转换损耗

英英释义

例句

1.The engineers calculated the transmission loss to ensure the signal strength would be adequate at the receiver's end.

工程师计算了传输损耗以确保信号强度在接收端足够。

2.Using high-quality connectors can significantly reduce transmission loss in audio systems.

使用高质量连接器可以显著减少音频系统中的传输损耗。

3.To improve network performance, we need to minimize transmission loss in our fiber optic cables.

为了提高网络性能，我们需要最小化光纤电缆中的传输损耗。

4.High transmission loss can lead to poor audio quality during phone calls.

高传输损耗可能导致通话时音质差。

5.The team is investigating the causes of transmission loss in the wireless communication system.

团队正在调查无线通信系统中传输损耗的原因。

作文

In the modern world, communication and data transfer are crucial for both personal and professional interactions. However, one of the significant challenges that arise in these processes is known as transmission loss. This term refers to the reduction in the strength of a signal as it travels through a medium, which can lead to decreased quality and reliability of communication. Understanding transmission loss is essential for anyone involved in telecommunications, broadcasting, or any field that relies on effective data transmission.To illustrate the concept of transmission loss, consider a simple scenario where you are trying to make a phone call. When you speak into your phone, your voice is converted into an electrical signal that travels through wires or airwaves to reach the other person's phone. However, as this signal travels, it may encounter various obstacles such as buildings, trees, or even atmospheric conditions. These obstacles can absorb or scatter the signal, leading to a phenomenon known as transmission loss. Consequently, the person on the other end may experience a muffled sound or even dropped calls, which can be frustrating and disruptive.The implications of transmission loss extend beyond simple phone calls. In the realm of internet connectivity, for instance, data packets sent over long distances can suffer from transmission loss, resulting in slow loading times, buffering, and interrupted streaming services. This is particularly evident in rural areas where infrastructure may not be as robust, leading to higher rates of transmission loss compared to urban centers with advanced technology.Moreover, transmission loss is not limited to audio signals; it also affects video and data transmissions. In video conferencing, for example, if there is significant transmission loss, participants may experience lag, pixelation, or complete disconnection. This can severely impact business meetings, educational sessions, and social interactions, highlighting the importance of mitigating transmission loss in our increasingly digital world.To combat transmission loss, engineers and scientists are constantly developing innovative technologies. One approach is to enhance signal strength through repeaters and amplifiers, which can help maintain the integrity of the signal over long distances. Additionally, advancements in fiber-optic technology have significantly reduced transmission loss by using light instead of electrical signals, allowing for faster and more reliable communication.In conclusion, transmission loss is a critical factor that affects the quality of communication in our daily lives. Whether it is during a simple phone call, a video conference, or data transfer over the internet, understanding and addressing transmission loss is vital for ensuring effective and seamless interactions. As technology continues to evolve, finding solutions to minimize transmission loss will remain a priority for enhancing communication systems and improving user experiences across various platforms.

在现代社会，沟通和数据传输对个人和职业互动至关重要。然而，在这些过程中出现的一个重大挑战被称为传输损失。这个术语指的是信号在通过介质传播时强度的减少，这可能导致通信质量和可靠性的下降。理解传输损失对于任何参与电信、广播或任何依赖有效数据传输的领域的人都至关重要。为了说明传输损失的概念，考虑一个简单的场景，当你试图打电话时。当你对着手机说话时，你的声音会被转换成电信号，通过电线或无线电波传送到对方的手机。然而，当这个信号传播时，它可能会遇到各种障碍物，如建筑物、树木，甚至大气条件。这些障碍物可以吸收或散射信号，从而导致一种现象，称为传输损失。因此，另一端的人可能会听到模糊的声音，甚至电话掉线，这可能令人沮丧和干扰。传输损失的影响不仅限于简单的电话通话。例如，在互联网连接的领域，长距离发送的数据包可能会遭受传输损失，导致加载缓慢、缓冲和中断的流媒体服务。这在基础设施可能不那么健全的农村地区尤为明显，与拥有先进技术的城市中心相比，农村地区的传输损失率更高。此外，传输损失不仅限于音频信号；它还会影响视频和数据传输。在视频会议中，例如，如果存在显著的传输损失，与会者可能会经历延迟、像素化或完全断开连接。这可能严重影响商务会议、教育课程和社交互动，突显了在我们日益数字化的世界中减轻传输损失的重要性。为了应对传输损失，工程师和科学家们不断开发创新技术。一种方法是通过中继器和放大器增强信号强度，这可以帮助保持信号在长距离上的完整性。此外，光纤技术的进步通过使用光而不是电信号显著减少了传输损失，从而实现更快和更可靠的通信。总之，传输损失是影响我们日常生活中通信质量的关键因素。无论是在简单的电话通话、视频会议还是互联网数据传输中，理解和解决传输损失对于确保有效和无缝的互动至关重要。随着技术的不断发展，寻找解决方案以最小化传输损失将始终是提升通信系统和改善用户体验的优先事项。