0630CDMCCDS-3R3MC Inductors, Coils, Chokes

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Fixed inductors are the most common types of inductors available on the market. They are usually used to store energy in an electric field and then used to regulate currents or voltages. A fixed inductor, such as the 0630CDMCCDS-3R3MC, is a three port inductor designed for use in various circuits requiring a high frequency, high current or high voltage application. By understanding the application field and the working principle of the 0630CDMCCDS-3R3MC, one can optimize system performance when used in various applications.

The application field of the 0630CDMCCDS-3R3MC includes the use of wired/wireless network systems, servers, and multimedia applications, mainly due to its ability to provide high current output. It is suitable for environments where thermal, frequency, and storage requirements are stringent. Additionally, by employing a higher effective frequency of up to 60MHz, which is unique for an inductor, it can provide consistent performance when used in commercial applications. With these capabilities, it is suitable for applications such as blemishing and polishing, digital power systems, and RF/DC power management.

In order to understand the working principle of the 0630CDMCCDS-3R3MC, the basic qualities of inductors should be considered. As one of the basic electronic components, a fixed inductor is composed of a loop of wire or a metal or ceramic core. When a current is applied by a voltage source, the current flows through the inductor and creates a magnetic field perpendicular to the loop of wire. This magnetic field opposes any change in the current and creates resistance. The magnitude of the field is referred to as inductance and is measured in Henries (H). When the inductor is presented with a DC current, it induces a “back EMF” of equal magnitude. When a sinusoidal AC current is applied, it is said that the inductor “chokes” or “stops” the current at frequencies less than the self-resonant frequency of the component. This means that, at higher frequencies, the current will reduce by half due to the inductor’s reaction to the current.

The 0630CDMCCDS-3R3MC utilizes this resistance to control the flow of current in various applications. The self-resonant frequency of the 0630CDMCCDS-3R3MC is 16MHz and the total current ranges between 0.5A and 5A depending on the application. Additionally, the maximum operating temperature is 125°C, allowing high power applications. With these qualities in mind, one can employ this fixed inductor to achieve consistent performance in various applications such as power supplies, power conditioning, and motor drives.

Another feature of the 0630CDMCCDS-3R3MC is the EMI Treatment, which helps control interference from other signals. This feature enables the inductor to effectively attenuate noise signals, which can be used in noisy environments. In addition, the inductor employs an increase in DC resistance, which allows for a higher effective frequency. The construction of the inductor allows for greater heat dissipation, allowing the component to handle high power applications.

In summary, the 0630CDMCCDS-3R3MC is a fixed inductor for use in a variety of applications that require a high frequency, high current or high voltage. Its application field includes wired/wireless network systems, servers, and multimedia applications. By understanding the working principle of the component, one can optimize its use in various applications. The self-resonant frequency of the component is 16MHz and its maximum operating temperature is 125°C. Additionally, its EMI Treatment feature helps to control interference from other signals in a noisy environment,while its construction enables it to handle high power applications.

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