CDRH58D14RHF-470MC

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Fixed Inductors comprise a variety of components with a well-controlled inductance value. Inductors, also known as coils, are electronic components constructed from a metal coil of wire. They are used in a variety of circuits to create, store, or pass electric currents. In the world of electronic devices, inductors are known for their ability to pass direct currents and allow alternating currents to a limited degree. The CDRH58D14RHF-470MC is an example of a particular type of fixed inductor.

The CDRH58D14RHF-470MC is a cylindrical ceramic-based millimeter-sized chip inductor. The components are characterized by its low equivalent series inductance (ESL) value, high Q and high self-resonant frequency (SRF). This makes them ideal for use in high speed and high frequency applications. The CDRH58D14RHF-470MC’s low ESL value is achieved by superior design, minimizing the DCR and providing excellent inductance stability.

Fixed inductors like the CDRH58D14RHF-470MC have many uses in a variety of different devices such as wireless transceivers, smart grids, and motor control applications. The CDRH58D14RHF-470MC is designed for high-frequency, high-speed switching applications. Its low equivalent series inductance (ESL) allows for more efficient operation in these applications. This results in less losses and a higher performance level.

How does an inductor work? An inductor creates a magnetic field when current passes through it. This phenomenon is known as inductance. The magnetic field interacts with the electric current, inducing or creating a voltage across the inductor. The voltage created is proportional to the rate of change of current and is known as the inductance effect. So in this scenario, when more current is applied, the output is greater.

The CDRH58D14RHF-470MC is made up of numerous components, all of which perform an important function in its operation. The inductor core is made from a high quality steel alloy and has an air gap that encloses the core at one end. This gap is important as it provides an insulation layer within the inductor, meaning that the current and the magnetic field are kept separate, limiting EMI emissions. The other component crucial to the functioning of the inductor is the winding. The winding is the metal coil of wire that performs the duty of generating the inductance effect on the current when it passes through it.

The main purpose of the CDRH58D14RHF-470MC is to react to a changing current, which is how it works in its intended application field. As mentioned previously, the inductor core helps to contain the magnetic field, and this helps in controlling emissions. The winding, meanwhile, carries the current and interacts with the magnetic field to generate the output voltage. Together, these two components work together to form the inductive reaction and the output voltage.

The CDRH58D14RHF-470MC is designed for use in high speed, high frequency applications and its design allows for greater efficiency. Its low equivalent series inductance (ESL) provides greater stability, allowing the user to use it in a variety of different circuits. This makes it a versatile component for applications where high speed, efficiency, and stability is needed. Finally, its ceramic-based construction helps to provide better insulation and reduce EMI emissions, making it a suitable choice for a number of modern applications.

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