stray capacitance

简明释义

杂散电容

英英释义

例句

1.To reduce stray capacitance (杂散电容), keep traces as short as possible.

为了减少杂散电容（stray capacitance），应尽量缩短走线。

2.Engineers often use simulation tools to predict the effects of stray capacitance (杂散电容) in their designs.

工程师通常使用仿真工具来预测设计中杂散电容（stray capacitance）的影响。

3.The design of high-frequency circuits must account for stray capacitance (杂散电容) to avoid signal degradation.

高频电路的设计必须考虑到杂散电容（stray capacitance），以避免信号退化。

4.The presence of stray capacitance (杂散电容) can lead to unintended coupling between circuit elements.

存在杂散电容（stray capacitance）可能导致电路元件之间的意外耦合。

5.In PCB layout, minimizing stray capacitance (杂散电容) can significantly improve performance.

在PCB布局中，最小化杂散电容（stray capacitance）可以显著提高性能。

作文

In the world of electronics, understanding various concepts is crucial for designing efficient circuits. One such concept that often comes into play is stray capacitance. This term refers to the unintended capacitance that occurs between conductive parts of a circuit, which can affect the performance and reliability of electronic devices. Stray capacitance (杂散电容) can arise from several sources, including the physical layout of components, the proximity of wires, and even the materials used in the circuit board. When designing a circuit, engineers must consider stray capacitance because it can introduce noise and distort signals. For instance, in high-frequency applications, the effects of stray capacitance become more pronounced, potentially leading to signal degradation. This is particularly critical in communication systems where clear signal transmission is essential. Engineers often use simulation tools to predict the impact of stray capacitance on their designs, allowing them to make necessary adjustments before physical prototypes are built.Moreover, stray capacitance can also influence the timing of signals in digital circuits. In these situations, the delays caused by stray capacitance can lead to timing issues, resulting in malfunctioning devices. As a result, minimizing stray capacitance is a key consideration during the design phase. Techniques such as careful routing of traces, maintaining adequate spacing between components, and using ground planes can help mitigate its effects.Additionally, stray capacitance is not only a concern in circuit design but also plays a role in the overall electromagnetic compatibility (EMC) of devices. High levels of stray capacitance can lead to unwanted coupling between circuits, causing interference that may violate regulatory standards. Therefore, engineers must carefully analyze and control stray capacitance to ensure compliance with EMC requirements.In summary, stray capacitance (杂散电容) is an important concept in electronic circuit design that can significantly impact device performance. By understanding its implications and employing strategies to minimize its effects, engineers can create more reliable and efficient electronic systems. The ability to manage stray capacitance effectively is a testament to an engineer's skill and knowledge in the field of electronics, ultimately contributing to the advancement of technology and innovation.