MDH6045C-4R7NA=P3

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Fixed Inductors

The MDH6045C-4R7NA=P3 is a cost-effective, high-performance fixed inductor, specifically designed for applications requiring reliable and cost-effective inductors in high power applications.

Application Field

The MDH6045C-4R7NA=P3 is typically used in DC/DC converters, AC/DC converters, and many other application circuits in which induction is needed. This inductor is also useful for multiple frequency, RF, high voltage, high frequency, multiple winding, and high power applications. Additionally, it provides an effective solution for low-noise and high efficiency applications in the automotive and industrial markets.

Working Principle

An inductor is a passive electrical component consisting of a conducting wire or metal coil that stores electrical energy in the form of a magnetic field. This magnetic field can then be used to generate voltage or current in a circuit. The MDH6045C-4R7NA=P3 is a fixed inductor, meaning that the inductance (amount of energy stored) is not adjustable. This inductor is constructed using high-quality materials and is capable of storing electrical energy for a long time with minimal loss. The inductor consists of a core, an outer metal casing, and windings. The core is made of ferrite material and the outer casing is usually made of nickel-plated steel. The winding is a copper wire wrapped in alternating layers of insulation. The inductance of the inductor is determined by the number of turns on the winding, the size of the core, and the diameter of the wire.

The MDH6045C-4R7NA=P3 is designed to operate in a temperature range of -40°C to 125°C and can handle a current range of up to 4.7 Amps. The inductance of this inductor is 4.7 micro-henries, and the saturation current is 1.2 amps. The core material used in this device is ferrite, and the outer casing is nickel-plated steel.

The MDH6045C-4R7NA=P3 is a reliable and cost-effective inductor and is ideal for many applications requiring reliable energy storage. Its excellent temperature range and high saturation current make it well-suited for many electronic applications, from DC/DC converters to RF and high-frequency circuits.

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