PE-0402CC1N8STT

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Fixed inductors are a type of passive electronic component, usually made up of a coil of wire wound around a core, meaning it has no source of power and generates no energy of its own. The PE-0402CC1N8STT is an example of this type of component which is used in a variety of applications and functions. This article will explain the different application fields it is used in as well as how it functions.

General Description

The PE-0402CC1N8STT is a surface-mount chip inductor that features embedded ferrite cores and is part of the 3318 series of inductors. It has a metalized polyolefine shell and copper terminals, and has an inductance range of 8.9-360nH, a SRF range of 140-600MHz, and a current carrying rating of 1.2 Amps. It also resist soldering temperatures up to 260°C and can withstand a wide operating temperature range from -55 °C to +125 °C without degrading over time. Due to its miniature size dimension, this inductor is highly recommended for use in compact electronic devices.

Application Fields

The PE-0402CC1N8STT can be found in a number of different application fields. Its most commonly used application is for the decoupling of networks and power supplies, where it is capable of filtering noise and producing a storage of energy, allowing for a smooth flow of current to the electrical components. It is also used by radio frequency signals (RF) to reduce interference and enhance signal clarity. Additionally, it can be found in the construction of switching regulators, voltage converters and audio filters. As a result, due to its high versatility, this inductor has a wide range of applications across different industries including automotive, medical, telecommunications, military, and consumer electronics.

Working Principle

The working principle of the PE-0402CC1N8STT revolves around how it affects current flow. It works by allowing direct current to flow in one direction while restricting the flow in the opposite direction. This is possible because the inductor is designed to oppose a sudden change in voltage or current. Thus, when a sudden change in current is applied, the inductor tries to maintain the current by limiting the opposite direction of the current flow. As a result, it helps to filter out noise and interference by providing a high resistance to AC signals and a low resistance to DC signals.

In addition, because the inductor stores a certain amount of energy due to its winding of wire, it acts as a buffer to block out any sudden or sharp fluctuations in voltage or current. This is especially beneficial in situations where a steady and uninterrupted flow of power is required, such as in switching regulators.

Conclusion

The PE-0402CC1N8STT is a miniature chip inductor that is used in a variety of applications. It is designed to provide smooth current flow by filtering out noise and interference as well as offering a buffer to guard against sharp fluctuations in voltage or current. Its small size makes it a perfect fit for applications in compact devices and its high versatility ensures it is suitable for a wide range of industries. Thus, this inductor is a highly recommended choice for any project that requires an efficient way of controlling current flow.

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