CDEP85NP-1R2MC-50

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Fixed inductors form a vital component in virtually all electronic circuits by enabling changing current or voltage which is necessary for proper functioning of all electrical systems. The fixed inductor CDEP85NP-1R2MC-50 is a popular choice among engineers owing to its ability to maintain low power losses. Here we discuss the application field and working principle of the CDEP85NP-1R2MC-50.

The CDEP85NP-1R2MC-50 is a fixed inductor designed and constructed for applications requiring a greater capacity to carry and store electrical energy than other inductors. It has a greater tolerance against overload, temperature, and aging than most other inductors. They also come in smaller physical packages than many comparable inductors.

The CDEP85NP-1R2MC-50 is a fixed inductor designed to operate in a wide range of frequencies. It has an inductance of 85 nanohenries (nH) and a current carrying capacity of 1.2 amp. It also has an operating temperature range of -40 to +125 ° Celsius. The CDEP85NP-1R2MC-50 can be used in a wide range of applications, including general power conditioning and filtering, power supplies, resonance circuits, and other applications requiring high current carrying capacity. Additionally, it can be used in combination with ferrite beads for impedance matching and signal filtering in high-frequency applications.

The working principle of the CDEP85NP-1R2MC-50 is based on the effects of electromagnetic induction. When a current passes through the inductor, a magnetic field is created which induces a voltage in the inductor itself. This induced voltage in turn increases the inductance of the inductor, thereby causing the current to increase further in a process known as self-induction. This phenomenon is used in the CDEP85NP-1R2MC-50 to create the desired inductance and associated current carrying capacity.

To sum it up, the CDEP85NP-1R2MC-50 is a fixed inductor used in a wide range of electronic applications. It has a greater tolerance against overload, temperature, and aging than most other inductors, and is used in applications requiring a greater capacity to carry and store electrical energy than what other inductors can provide. Its working principle is based on the effects of electromagnetic induction, where self-induction is used to create the desired inductance and associated current carrying capacity.

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