104CDMCCDS-2R2MC

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Fixed Inductors are electrical components designed to supply a steady flow of electrical current at a constant, predetermined level of intensity. The 104CDMCCDS-2R2MC is a robust fixed inductor designed to meet extreme high-frequency conditions that other inductors simply cannot. It is ideal for applications requiring reliable and stable currents over a wide range of current intensities.

Design and Construction

The 104CDMCCDS-2R2MC is constructed of a proprietary ferromagnetic material in an epoxy-filled bobbin that is encased in a black thermosensitive sleeving. This combination of materials ensures excellent temperature stability and a higher current carrying capability than other fixed inductors on the market. This makes it suitable for usage in those applications where stability and reliability of current flow are the primary criteria. The 2R2MC also comes with an extra pair of pins for connection to accessible ground pins.

Application Field

The 104CDMCCS-2R2MC is designed to meet the needs of applications that require an extremely reliable and stable inductor under extreme conditions. These include power management and switching power applications, DC-DC converters, motor and servo controls, general power regulation, EMI/RFI shielded telecoms, and medical instrumentation. It is also suitable for any digital/RF applications that require an inductor with high frequency stability.

Working Principle

Fixed inductors work by creating a magnetic field around a coiled wire. This coiled wire is surrounded by a core of ferromagnetic material that amplifies and focuses the generated magnetic field. The force generated by this magnetic field will cause electrons to move as current along the electrical wiring. As the intensity of the current increases, the size of the magnetic field also increases, thus allowing more current to be generated. This process is what’s known as ‘inductance’ and is fundamental in the working of any inductor.

The 104CDMCCDS-2R2MC offers superior stability and reliability in providing constant levels of current. It’s designed to withstand extreme temperatures, and its construction and materials ensure that it can operate safely and stably without risk of damage. This makes it an excellent choice for those applications that place high demands on the stability of current.

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