anti-sidetone circuit

简明释义

消侧声电路

英英释义

例句

1.By incorporating an anti-sidetone circuit, the headset minimizes distractions while on a call.

通过加入抗回声电路，耳机在通话时最小化了干扰。

2.The new phone model features an advanced anti-sidetone circuit to improve call clarity.

新款手机配备了先进的抗回声电路，以提高通话清晰度。

3.Engineers tested the anti-sidetone circuit to ensure it worked effectively in noisy environments.

工程师测试了抗回声电路，以确保它在嘈杂环境中有效工作。

4.The VoIP system uses an anti-sidetone circuit to enhance user experience during calls.

该VoIP系统使用抗回声电路来增强通话时的用户体验。

5.During the conference call, the anti-sidetone circuit helped reduce echo and feedback.

在电话会议中，抗回声电路帮助减少了回声和反馈。

作文

In the realm of telecommunications, clear communication is paramount. One of the common issues that can hinder this clarity is the phenomenon known as sidetone. Sidetone refers to the sound of one's own voice that can be heard in a telephone receiver while speaking. Although it can provide feedback for the speaker, excessive sidetone can be distracting and may lead to misunderstandings during conversations. To combat this issue, engineers have developed an essential component known as the anti-sidetone circuit. This circuit plays a crucial role in ensuring that telephone conversations remain clear and free from disruptive feedback.The anti-sidetone circuit functions by reducing the level of sidetone that a user hears in their earpiece. It does this by employing various techniques, such as signal processing and feedback control, to minimize the transmission of the speaker's voice back into their own ear. By effectively managing the sidetone levels, this circuit helps to create a more pleasant and focused communication experience.Historically, the concept of sidetone was first recognized in early telephone systems. As technology evolved, so did the understanding of how to manage this phenomenon. The introduction of the anti-sidetone circuit marked a significant advancement in telecommunication technology. It allowed for clearer conversations, which was particularly important in professional settings where misunderstandings could lead to serious consequences.The implementation of the anti-sidetone circuit varies depending on the type of communication device being used. In traditional landline phones, the circuit is often built directly into the hardware. In contrast, modern smartphones and VoIP systems may utilize software algorithms to achieve similar results. Regardless of the method, the goal remains the same: to enhance the quality of voice communication by minimizing unwanted feedback.In addition to improving user experience, the anti-sidetone circuit also contributes to overall system efficiency. By reducing the amount of sidetone, these circuits help to conserve bandwidth and processing power, allowing for more efficient use of resources. This is especially relevant in environments where multiple calls are handled simultaneously, such as call centers or during large conferences.Moreover, the importance of the anti-sidetone circuit extends beyond just personal communication. In emergency services and critical communication systems, clear audio transmission can be a matter of life and death. Therefore, the reliability of these circuits is vital in ensuring that critical messages are conveyed without distortion or confusion.As we move further into the digital age, the need for effective communication tools continues to grow. The anti-sidetone circuit is a testament to the advancements made in telecommunications. It represents the ongoing effort to improve how we connect with one another, whether through a simple phone call or complex conference calls involving multiple participants across different locations.In conclusion, the anti-sidetone circuit is an integral component of modern telecommunication systems. Its ability to reduce distracting feedback not only enhances the quality of conversations but also supports the efficient functioning of communication networks. As technology continues to evolve, the principles behind the anti-sidetone circuit will remain relevant, ensuring that clear and effective communication is always within reach.

在电信领域，清晰的沟通至关重要。影响沟通清晰度的常见问题之一就是被称为旁音的现象。旁音是指在说话时，电话接收器中可以听到自己声音的现象。尽管它可以为说话者提供反馈，但过多的旁音可能会分散注意力，并导致对话中的误解。为了应对这一问题，工程师们开发了一种重要的组件，称为抗旁音电路。该电路在确保电话交谈保持清晰和不受干扰的反馈方面发挥着至关重要的作用。抗旁音电路通过减少用户在耳机中听到的旁音水平来发挥作用。它通过采用各种技术，如信号处理和反馈控制，来最小化说话者的声音传输回到他们自己的耳朵中。通过有效管理旁音水平，该电路有助于创造更愉快和专注的沟通体验。历史上，旁音的概念最早是在早期电话系统中被认识到的。随着技术的发展，人们对如何管理这一现象的理解也不断提高。抗旁音电路的引入标志着电信技术的一次重大进步。它允许更清晰的对话，这在专业环境中尤为重要，因为误解可能导致严重后果。抗旁音电路的实现方式因所使用的通信设备类型而异。在传统的固定电话中，该电路通常直接内置于硬件中。相比之下，现代智能手机和VoIP系统可能利用软件算法来实现类似的效果。无论方法如何，其目标始终相同：通过最小化不必要的反馈来提高语音通信的质量。除了改善用户体验外，抗旁音电路还对整体系统效率做出了贡献。通过减少旁音的数量，这些电路有助于节省带宽和处理能力，从而实现资源的更有效利用。这在同时处理多个呼叫的环境中尤其相关，例如呼叫中心或大型会议期间。此外，抗旁音电路的重要性不仅限于个人通信。在紧急服务和关键通信系统中，清晰的音频传输可能是生死攸关的问题。因此，这些电路的可靠性对于确保关键信息的准确传达至关重要。随着我们进一步迈入数字时代，对有效通信工具的需求持续增长。抗旁音电路证明了电信领域取得的进展。它代表了改善我们彼此连接方式的持续努力，无论是通过简单的电话通话还是涉及不同地点多个参与者的复杂会议通话。总之，抗旁音电路是现代电信系统的重要组成部分。它减少分心反馈的能力不仅提高了对话的质量，还支持了通信网络的高效运行。随着技术的不断发展，抗旁音电路背后的原则将始终相关，确保清晰有效的沟通始终触手可及。