CDRH3D14/LDNP-1R2NC

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Fixed Inductors

Inductors are electronic components, similar to capacitors and resistors, used to store electrical energy in an electric circuit. However, unlike capacitors, they do not store energy in the form of an electric field, but rather as a magnetic field. This magnetic field can influence current in the electric circuit. Over the last couple of decades, as technology has advanced, there has been a steady improvement in the quality and variety of inductors. Of particular note is the CDRH3D14/LDNP-1R2NC inductor, which is widely used across a wide range of applications due to its high performance and durability.

The CDRH3D14/LDNP-1R2NC is a professional grade flat inductor. It comes with an insulated copper film on both its exterior and interior sides, which provides a degree of mechanical strength and lends to the inductor’s durability. Thanks to the technology used in its production, the inductor is able to maintain low DC resistance, resulting in high efficiency rating of .850 at 25 Amps per MHz. As such, it is well-suited for power DC power supply designs.

The CDRH3D14/LDNP-1R2NC has an inductance rating of 1.2 mH, with peak current rating of 34.2A at +70° and a nominal current rating of 16.8A at +25°. It is also rated with an inductance tolerance of +/-20% and capable of operating at a temperature range of -40° to 70° Celsius. Finally, the inductor is effective at reducing common-mode noise from mobile and laptops, meaning it can be paired with EMI/RFI shielded power induction devices.

In terms of its main applications, the CDRH3D14/LDNP-1R2NC is typically used as a DC-DC converter, socket power outlet, voltage regulator, and personal electronic devices. Thanks to its reliable performance and wide range of potential uses, it has become a popular choice among electronic engineers. For the best results, it should be used with a well-designed heat sink in order to dissipate heat generated during operations.

The working principle of a CDRH3D14/LDNP-1R2NC fixed inductor is relatively straightforward. In a circuit, current flows from one end through the inductor to the other end. As a result, a magnetic field is formed around the coil which stores energy. This stored energy can be released when the current stops, as the field resistance causes the current to decrease. Thus, the inductor is capable of controlling current flow in a circuit and is often used in combination with other components to store, regulate, or filter voltage in a circuit.

In conclusion, the CDRH3D14/LDNP-1R2NC inductor is an excellent performance and versatile choice for a wide range of applications in electronics. Thanks to its solid construction and highly reliable performance, it has become one of the most popular inductors on the market. Moreover, its working principle is relatively simple and can be easily understood by engineers. As such, it is a great investment for anyone looking to improve the performance of their electronic circuits.

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