idle circuit

简明释义

空载电路无效电路空闲电路

英英释义

例句

1.During the maintenance check, the engineer noted the presence of an idle circuit 空闲电路 that could be optimized.

在维护检查中，工程师注意到存在一个可以优化的 空闲电路 idle circuit 。

2.An idle circuit 空闲电路 may lead to increased operational costs if not addressed promptly.

如果不及时处理，空闲电路 idle circuit 可能会导致运营成本增加。

3.The technician discovered that the idle circuit 空闲电路 was causing the device to malfunction.

技术人员发现 空闲电路 idle circuit 导致设备故障。

4.To save energy, we need to identify the idle circuit 空闲电路 in our system.

为了节省能源，我们需要识别系统中的 空闲电路 idle circuit 。

5.The software can automatically detect any idle circuit 空闲电路 and suggest improvements.

该软件可以自动检测任何 空闲电路 idle circuit 并提出改进建议。

作文

In the world of electronics and electrical engineering, the term idle circuit refers to a circuit that is not currently in use or is not actively performing its intended function. This concept is crucial for understanding how various systems operate efficiently and how energy can be conserved. An idle circuit can occur in numerous devices, from simple household appliances to complex industrial machinery. It is essential to analyze the impact of these idle states on overall system performance and energy consumption.For instance, consider a modern computer. When the computer is turned on but not being used for any tasks, certain circuits within the machine may enter an idle circuit state. The CPU may reduce its clock speed, and peripheral devices might shut down to save power. This idle state is beneficial as it helps in conserving energy while still allowing the user to quickly resume activities when needed.However, not all idle circuits are designed with energy conservation in mind. In some cases, devices may have poorly implemented idle states that lead to unnecessary power consumption. For example, older models of televisions and gaming consoles often remain in a standby mode that continues to draw power even when they are not in active use. This phenomenon has led to increased awareness among consumers and manufacturers alike about the importance of designing systems that minimize energy waste during idle circuits.The implications of idle circuits extend beyond individual devices; they also affect larger systems and infrastructures. In smart grids, for example, the management of idle circuits becomes a vital aspect of ensuring efficiency and reliability. By monitoring and controlling which circuits are active and which remain idle, energy providers can optimize power distribution and reduce the risk of overloads during peak usage times.Moreover, the concept of idle circuits is not limited to electrical systems alone. In software engineering, similar principles apply. When a program is running but not actively processing data, it may enter an idle state, where resources are held but not utilized. Efficient coding practices often involve managing these idle states to ensure that system resources are allocated effectively.In conclusion, the understanding of idle circuits is critical for both engineers and consumers. As technology continues to advance, the need for efficient energy use becomes increasingly important. By recognizing the role of idle circuits in various systems, we can work towards creating more sustainable and efficient technologies. Whether in electronic devices, industrial applications, or software development, managing idle circuits effectively is a key component of modern engineering practices. Therefore, it is essential to keep exploring ways to optimize these idle states to benefit both users and the environment.

在电子和电气工程的世界中，术语闲置电路指的是当前未使用或未积极执行其预期功能的电路。这个概念对于理解各种系统如何有效运作以及如何节约能源至关重要。闲置电路可以出现在众多设备中，从简单的家用电器到复杂的工业机械。分析这些闲置状态对整体系统性能和能耗的影响是非常重要的。例如，考虑现代计算机。当计算机打开但未被用于任何任务时，机器内的某些电路可能会进入闲置电路状态。CPU可能会降低其时钟速度，外部设备可能会关闭以节省电力。这种闲置状态是有益的，因为它有助于节约能源，同时仍然允许用户在需要时迅速恢复活动。然而，并非所有的闲置电路都是以节能为设计目标的。在某些情况下，设备可能具有实施不当的闲置状态，导致不必要的功耗。例如，较旧型号的电视和游戏主机通常保持待机模式，即使在不活跃使用时也继续消耗电力。这种现象使消费者和制造商越来越意识到设计能够最大限度减少闲置电路能量浪费的重要性。闲置电路的影响不仅限于单个设备；它们还影响更大的系统和基础设施。在智能电网中，例如，管理闲置电路成为确保效率和可靠性的关键方面。通过监控和控制哪些电路处于活动状态，哪些保持闲置，能源供应商可以优化电力分配，减少高峰使用时过载的风险。此外，闲置电路的概念不仅限于电气系统。在软件工程中，类似的原则也适用。当程序运行但未积极处理数据时，它可能会进入一种闲置状态，在这种状态下，资源被占用但未被利用。高效的编码实践往往涉及管理这些闲置状态，以确保系统资源得到有效分配。总之，理解闲置电路对于工程师和消费者都至关重要。随着技术的不断进步，对高效能源使用的需求变得越来越重要。通过认识到闲置电路在各种系统中的作用，我们可以努力创造更可持续和高效的技术。无论是在电子设备、工业应用还是软件开发中，有效管理闲置电路都是现代工程实践的关键组成部分。因此，探索优化这些闲置状态的方法对用户和环境的利益至关重要。