single sideband communication

简明释义

单边带通信

英英释义

例句

1.During the emergency, the team relied on single sideband communication to coordinate their efforts.

在紧急情况下，团队依靠单边带通信来协调他们的工作。

2.In amateur radio, single sideband communication is preferred for its efficiency and clarity.

在业余无线电中，单边带通信因其效率和清晰度而受到青睐。

3.The pilot reported using single sideband communication to communicate with air traffic control.

飞行员报告使用单边带通信与空中交通管制进行沟通。

4.The radio operator used single sideband communication to ensure clear transmission over long distances.

无线电操作员使用单边带通信以确保在长距离上清晰传输。

5.Our vessel is equipped with single sideband communication to stay connected at sea.

我们的船只配备了单边带通信以保持在海上的联系。

作文

Single Sideband Communication (SSB) is a refined method of amplitude modulation that is widely used in radio communication. Unlike traditional amplitude modulation, which transmits the entire signal including both upper and lower sidebands, single sideband communication only transmits one of the sidebands. This technique greatly enhances the efficiency of the transmission by reducing bandwidth and power consumption. In essence, SSB allows for clearer audio quality and longer range communication, making it particularly valuable in various fields such as aviation, maritime, and amateur radio.The principle behind single sideband communication revolves around the concept of modulation. In standard amplitude modulation, the carrier wave and both sidebands (the upper and lower) are transmitted. This results in a significant amount of redundant information, as the carrier wave itself does not carry any useful information. By eliminating one of the sidebands and the carrier, SSB reduces the bandwidth requirement by half, allowing more channels to be accommodated within the same frequency range.One of the primary advantages of single sideband communication is its ability to maintain voice clarity over long distances. Traditional AM signals tend to degrade as they travel further from the transmitter, often resulting in poor sound quality and interference. However, SSB signals can be transmitted over much greater distances without significant loss of quality. This characteristic makes SSB particularly useful in situations where reliable communication is crucial, such as during emergencies or in remote locations.Moreover, single sideband communication is highly efficient in terms of power usage. Since only one sideband is transmitted, less power is needed compared to conventional AM transmissions. This efficiency is especially important for mobile and portable communication devices, where battery life can be a limiting factor. By utilizing SSB, operators can communicate effectively without draining their power sources too quickly.In addition to its technical advantages, single sideband communication also plays a significant role in the regulatory landscape of radio communications. Many governments and organizations have adopted SSB as a standard for various forms of communication due to its efficiency and effectiveness. For instance, in aviation, pilots and air traffic controllers rely heavily on SSB for clear and reliable communication, ensuring safety in the skies.Despite its many benefits, single sideband communication does come with some challenges. For one, SSB requires more sophisticated equipment and knowledge to operate effectively. Operators must be trained to understand how to tune into the correct frequencies and modulate their signals appropriately. Additionally, SSB signals can be more susceptible to distortion and interference if not managed properly, which can complicate communication efforts in certain environments.In conclusion, single sideband communication represents a significant advancement in the field of radio communication. Its ability to reduce bandwidth, conserve power, and provide clear audio over long distances makes it an essential tool in various industries. While it requires a certain level of expertise to operate, the benefits it offers far outweigh the challenges. As technology continues to evolve, the importance of SSB in communication will undoubtedly grow, paving the way for even more efficient and effective methods of transmitting information across the globe.

单边带通信（SSB）是一种精细的调幅方法，广泛用于无线电通信。与传统的调幅不同，传统调幅传输整个信号，包括上边带和下边带，而单边带通信仅传输其中一个边带。这种技术通过减少带宽和功耗，大大提高了传输效率。实质上，SSB允许更清晰的音频质量和更长的通信范围，使其在航空、海事和业余无线电等多个领域具有特别的价值。单边带通信背后的原理围绕调制的概念。在标准的调幅中，载波波和两个边带（上边带和下边带）都会被传输。这导致了大量冗余信息，因为载波本身并不携带任何有用的信息。通过消除一个边带和载波，SSB将带宽需求减少了一半，使得在相同频率范围内可以容纳更多频道。单边带通信的主要优势之一是它能够在远距离内保持语音的清晰度。传统的AM信号在离发射器越来越远时往往会降解，结果导致音质差和干扰。然而，SSB信号可以在不显著损失质量的情况下传输更远的距离。这一特性使得SSB在紧急情况下或偏远地区等可靠通信至关重要的场合尤其有用。此外，单边带通信在功耗方面也非常高效。由于只传输一个边带，因此与传统AM传输相比，所需的功率更少。这种效率在移动和便携式通信设备中尤为重要，因为电池寿命可能是一个限制因素。通过利用SSB，操作员可以有效地进行通信，而不会过快耗尽电源。除了技术优势外，单边带通信在无线电通信的监管环境中也起着重要作用。许多政府和组织已将SSB作为各种通信形式的标准，原因在于其效率和有效性。例如，在航空领域，飞行员和空中交通管制员严重依赖SSB进行清晰可靠的通信，以确保空中的安全。尽管有很多好处，单边带通信也面临一些挑战。首先，SSB需要更复杂的设备和知识才能有效操作。操作员必须经过培训，以理解如何调谐到正确的频率并适当地调制信号。此外，如果管理不当，SSB信号可能更容易受到失真和干扰，这可能会使某些环境中的通信工作变得复杂。总之，单边带通信代表了无线电通信领域的重要进展。其减少带宽、节省功率和在远距离提供清晰音频的能力，使其成为各行各业的重要工具。虽然它需要一定水平的专业知识来操作，但其提供的好处远远超过挑战。随着技术的不断发展，SSB在通信中的重要性无疑将进一步增长，为全球信息传输开辟更高效、更有效的方法。