CR54NP-6R4MC

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Fixed inductors, also known as chokes, are inductors that have a fixed inductance, meaning that its inductance does not change significantly with respect to an applied voltage or current, or over time. The CR54NP-6R4MC is a fixed inductor that has been designed to meet a wide variety of applications and needs.

The CR54NP-6R4MC has a number of features that make it ideal for an array of uses. It has a high-capacity current rating of 1.0 amperes, making it a great option for situations where high levels of current need to be safely and efficiently managed. Its low DC resistance of 4.4 milli ohms ensures it will not draw significant amounts of energy while in use. The inductance of the CR54NP-6R4MC is 6.4 micro henries, allowing it to effectively filter out high frequency noise signals without upsetting the expected operation of the connected circuit. The CR54NP-6R4MC is suitable for wide temperature range operation and for use in demanding environments, featuring a temperature coefficient of +125ppm/C min and a max operating temperature of +105C.

Due to its varied properties, the CR54NP-6R4MC is suitable for a range of different applications and scenarios. Its ability to handle high levels of current and low DC resistance make it a great choice for power supplies and other applications that are needed to effectively manage current. Its low-frequency filtering properties make it effective at blocking out noise signals, making it a great option for audio-visual applications or applications that are sensitive to EMF pollution. Additionally, its temperature coefficient makes it ideal for temperature-sensitive applications, making it preferable to inductors that possess poor temperature coefficient values.

The CR54NP-6R4MC features a branching vertical construction, allowing it to perform efficiently in high-density applications. Its vertical construction also has the additional benefit of providing excellent thermal efficiency, which allows it to remain cooler even under heavy usage. Additionally, its vertical construction provides for a lower DC resistance, allowing for more efficient operation.

The working principle of a fixed inductor such as the CR54NP-6R4MC is based on electromagnetic induction. Essentially, this means that, when a current is passed through the coil of a fixed inductor, a magnetic field is generated which then induces an opposing electric field. This opposing electric field resists the initial current, which is how the fixed inductor helps regulate the flow of current. Additionally, when current passes through the inductor, it generates an opposing voltage which helps to filter high frequency signals. By managing both the voltage and current, the inductor is able to effectively regulate many different systems.

Overall, the CR54NP-6R4MC is a great option for applications that require a fixed inductor with high current handling capabilities and excellent temperature coefficient values. Its vertical construction allows it to be used in high-density applications, and its low DC resistance ensures efficient operation. Additionally, its function as an inductor means that it is able to manage both voltage and current in order to help regulate a whole range of systems in diverse settings.

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