2474-18K

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Fixed inductors are a type of passive electronic component used to store energy in magnetic fields. They are usually made up of a coil of wire wrapped around a core, such as a ferrite core, a mu-metal core, or an air gap.

The 2474-18k is a type of fixed inductor specifically designed for DC applications and is designed to have higher power dissipations than typical inductors. It has special features such as insulated termination that allow it to withstand higher temperatures with increased durability.

The 2474-18k is a 12-pin electronic component with a rated power rating of 18K. Its primary use is for DC voltage and current applications, and it is capable of withstanding high voltage and current up to 1,000 volts/amp. The 2474-18k has a wide operating temperature range of -55°C to +105°C and is rated for up to 5A of continuous operation.

The working principle of the 2474-18K is based on Faraday’s Law of Induction, which states that a change in current will result in a corresponding change in magnetic field strength. The 2474-18K harnesses this principle to store and release energy in the form of voltage and current. When a voltage is applied to the inductor, a current is created that creates a magnetic field. The inductor then acts as an energy storage device, storing the energy in the form of magnetic flux and releasing it when the voltage is removed. This process can be repeated over and over to provide constant power to the application.

The 2474-18K is ideally suited for use in power supplies, inverters, UPS systems, and other DC applications. It provides high power density, low ripple, and a wide band range for power conversion ensuring excellent performance and reliability in these applications. It is also well suited for automotive, industrial, and communication applications due to its high efficiency and reliability.

Overall, the 2474-18K is a reliable and efficient inductor suited for a variety of DC applications. With its wide operating temperature range, it is capable of providing reliable power to devices even in the most extreme environments. Additionally, its high power density and low ripple make it a great choice for applications where power efficiency and reliability are a must.

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