oscillator out

简明释义

振荡器输出

英英释义

例句

1.In high-frequency applications, any oscillator out 振荡器故障 can lead to significant performance issues.

在高频应用中，任何oscillator out 振荡器故障都可能导致显著的性能问题.

2.The error logs indicated an oscillator out 振荡器失效 which needed immediate attention.

错误日志显示有oscillator out 振荡器失效，需要立即处理.

3.During the calibration process, we noticed that the signal was unstable, indicating that the oscillator out 振荡器失效.

在校准过程中，我们注意到信号不稳定，这表明oscillator out 振荡器失效.

4.The technician reported that the frequency was not matching, suggesting an oscillator out 振荡器故障 in the circuit.

技术人员报告说频率不匹配，建议电路中出现了oscillator out 振荡器故障.

5.After running diagnostics, we found that the oscillator out 振荡器失效 was causing the entire system to malfunction.

经过诊断，我们发现oscillator out 振荡器失效导致整个系统故障.

作文

In the realm of electronics and signal processing, the term oscillator out refers to a state where the output of an oscillator circuit is either not functioning correctly or has ceased to operate altogether. Oscillators are crucial components in various devices, including clocks, radios, and computers, as they generate periodic signals that help maintain timing and frequency stability. When we say that an oscillator is 'out,' it typically indicates a malfunction that could lead to significant issues in the overall performance of the device.Understanding the implications of oscillator out is essential for engineers and technicians who work with electronic circuits. For instance, if a radio receiver experiences an oscillator out condition, it may fail to tune into specific frequencies, resulting in poor sound quality or complete loss of signal. This issue could arise from various factors, such as component failure, power supply problems, or design flaws.Moreover, the consequences of an oscillator out scenario can extend beyond just the immediate device. In communication systems, for example, if multiple oscillators are out of sync due to one being oscillator out, it can disrupt the entire network, leading to data loss or transmission errors. Therefore, diagnosing and rectifying such a problem becomes imperative to ensure smooth operations.To prevent an oscillator out situation, regular maintenance and monitoring of electronic systems are vital. Engineers often implement diagnostic tools that can detect anomalies in oscillator performance before they escalate into more severe issues. These tools can analyze the waveform output and identify discrepancies that indicate an impending failure.In addition to proactive measures, understanding the design and function of oscillators helps in troubleshooting when an oscillator out condition occurs. Technicians need to be familiar with the various types of oscillators, such as sine wave oscillators, square wave oscillators, and relaxation oscillators, each serving different purposes and having unique failure modes. By knowing how these devices operate, they can quickly pinpoint the source of the problem and take appropriate corrective actions.In conclusion, the phrase oscillator out represents a critical concept in electronics that highlights the importance of oscillators in maintaining the functionality of various devices. Whether in consumer electronics or complex communication systems, the performance of oscillators is paramount. Being aware of the potential for an oscillator out condition can help engineers and technicians implement better designs, conduct thorough maintenance, and ensure that systems remain operational and efficient. Ultimately, understanding this term allows professionals to safeguard against failures that could disrupt not only individual devices but also larger networks and systems, ensuring reliability and performance in our increasingly electronic world.

在电子和信号处理领域，短语oscillator out指的是振荡器电路的输出要么运行不正常，要么完全停止工作。振荡器是各种设备中的关键组件，包括时钟、收音机和计算机，因为它们生成周期性信号，帮助维持时序和频率稳定。当我们说一个振荡器“失效”时，通常意味着发生了故障，这可能导致设备整体性能出现重大问题。理解oscillator out的含义对于从事电子电路工作的工程师和技术人员至关重要。例如，如果一台收音机接收器出现oscillator out状态，它可能无法调谐到特定频率，从而导致音质差或完全失去信号。这个问题可能由多种因素引起，比如组件故障、电源问题或设计缺陷。此外，oscillator out情形的后果不仅限于直接设备。在通信系统中，例如，如果由于一个振荡器失效而导致多个振荡器不同步，这可能会干扰整个网络，导致数据丢失或传输错误。因此，诊断和纠正此类问题变得至关重要，以确保平稳的操作。为了防止出现oscillator out情况，定期维护和监测电子系统至关重要。工程师通常实施诊断工具，可以在振荡器性能出现异常之前检测到问题。这些工具可以分析波形输出并识别出表明即将发生故障的差异。除了主动措施外，理解振荡器的设计和功能有助于在发生oscillator out情况时进行故障排除。技术人员需要熟悉各种类型的振荡器，例如正弦波振荡器、方波振荡器和放松振荡器，每种振荡器都有不同的用途和独特的故障模式。通过了解这些设备的操作，他们可以迅速确定问题的来源，并采取适当的纠正措施。总之，短语oscillator out代表了电子学中的一个关键概念，突显了振荡器在维持各种设备功能中的重要性。无论是在消费电子产品还是复杂的通信系统中，振荡器的性能都是至关重要的。意识到可能出现oscillator out情况的潜力可以帮助工程师和技术人员实施更好的设计，进行全面的维护，并确保系统保持正常运行和高效。最终，理解这个术语使专业人士能够防范可能中断单个设备甚至更大网络和系统的故障，从而保证在我们日益电子化的世界中实现可靠性和性能。