CDRH3D14NP-120NC

Fixed inductors are common electronic components that are used in a wide range of applications. One common type of fixed inductor is the CDRH3D14NP-120NC, which is primarily used in applications requiring high power levels. This type of inductor is capable of achieving high performance levels with power levels up to 120 NC.

The main features of the CDRH3D14NP-120NC inductor are its high capacitance and inductance. The CDRH3D14NP-120NC offers an inductance value of up to 18 parts per billion (ppb), which is significantly higher than other common inductors. This high inductance allows for more efficient operation in power-dense applications, such as in applications requiring high power delivery rates. The high capacitance of the CDRH3D14NP-120NC also allows for higher frequencies of operation, which can be useful in applications that require a high level of RF performance. The high power handling of the CDRH3D14NP-120NC is also beneficial for applications requiring a high amount of power for a given application.

The CDRH3D14NP-120NC inductor is made of a combination of various materials, including a ferrite core, a conductive wrapping, and a core material. The ferrite core material is used to provide a strong magnetic field, which allows for more efficient operation and reduces the overall power loss of the application. The conductive wrapping provides additional protection against any external electrical fields such as stray currents or static electricity. The core material is also important for the overall performance of the inductor, as it provides a better connection between the inductor and the circuit, and helps reduce the power loss of the overall application.

The CDRH3D14NP-120NC inductor is used primarily in high-power, power-dense applications. It is used in a variety of applications, such as power supplies, voltage regulators, motor drives, and other power-intensive applications. It is also commonly used in RF applications, as its high inductance and core materials allow for high frequency performance. Additionally, it can be used in high-temperature applications, as its core material and conductive wrapping provide additional protection against heat.

The working principle of the CDRH3D14NP-120NC is similar to that of other fixed inductors. When an electrical current is applied to the inductor, the electrical current will create a magnetic field which will induce a current in the opposite direction. This opposite current is then stored in the inductor as energy, which can be then dissipated in the form of heat. This energy can be used to drive other electrical components, thus providing power for the application that it is connected to.

In conclusion, the CDRH3D14NP-120NC is a special type of fixed inductor which is primarily used in high-power, power-dense applications. Its features of high capacitance and inductance allow for higher performance levels, as well as improved power delivery and RF performance. Additionally, its core material and conductive wrapping also provide additional protection for the application against external electrical fields and high temperatures. By understanding the working principle of the CDRH3D14NP-120NC, one can fully understand its use and performance in various high power applications.