CDRH4D14LDNP-150MC

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Fixed inductors are devices that are used for a variety of applications and typically consist of a coil of wiring wound around a central core of conductive material such as aluminum or iron. The CDRH4D14LDNP-150MC is a particular type of inductor and one that is regularly used in a variety of projects. The unique design of this inductor makes it particularly well-suited for certain applications and it is worth understanding its construction and workings to better appreciate its usefulness.

CDRH4D14LDNP-150MC Construction

The CDRH4D14LDNP-150MC inductor is built using a non-shielded case. The core material is wound with a copper wire. This core is then coated with an insulative material, such as enamel. This core material offers a low-loss structure which helps reduce power loss due to heating and ensures the device can operate at higher frequencies. The case itself is made of materials that are resistant to heat, corrosion, and mechanical stresses. The entire package measures just 22 millimeters, making it suitable for a variety of compact applications.

CDRH4D14LDNP-150MC Specifications

The CDRH4D14LDNP-150MC represents a class of rated-power inductors which provide a voltage capacity of between 30 and 100 milliamp amps. The maximum working voltage rating of this device is 2.5 volts. The inductance of this device is rated at 10 microhenries, and it features a ferrite core. It also provides a range of frequency levels, with a -3dB frequency of 100 kHz.

CDRH4D14LDNP-150MC Application Fields

Due to its small size and moderate power rating, the CDRH4D14LDNP-150MC inductor is well suited for a wide range of applications. It can be used in such projects as high-frequency switching applications with a low-pass filter, DC-DC converters, and power transformers. This device is particularly suitable for those applications requiring small-size inductors and higher permeability. It is commonly found in audio and RF circuits and is regularly used by amateur radio and professional broadcast station operators.

CDRH4D14LDNP-150MC Working Principle

The CDRH4D14LDNP-150MC inductor provides inductance which is the mechanism that allows for the transformation of electrical energy from one form to another. The copper wires of the core are inductors which convert the electrical energy from one form to another. When current passes through the copper wire, it induces an electromagnetic field which causes the device to store energy. When the current flow is stopped, the device will release the stored energy back into the circuit, thereby transferring it into a new form of energy.

The frequency of the device is important to its operation and must be chosen according to the specific application. The frequency at which the device can operate will determine the time it will take for the energy to be stored and released. At higher frequencies, the stored energy will be released faster, while at lower frequencies, it will take more time.

Conclusion

The CDRH4D14LDNP-150MC is a compact, high-performance inductor well-suited for a variety of projects requiring smaller-sized inductors and higher permeability. The device offers a maximum working voltage of 2.5 volts and a 10 microhenry inductance, with a -3dB frequency of 100 kHz. Its non-shielded construction and low-loss core make it perfect for high-frequency switching applications, DC-DC converters, power transformers, and other projects requiring a reliable inductor. The CDRH4D14LDNP-150MC is thus an ideal component for those with certain electronics needs.

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