CDH53NP-680JC

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Fixed inductors are essential components of electronic circuits, especially in the fields of computer applications and communication. CDH53NP-680JC fixed inductors are used in many electronic applications due to their versatility and reliability. The CDH53NP-680JC series inductor can offer up to full-scale inductance with optimal efficiency. The construction makes it suitable for all kinds of applications and is ideal for industrial, military, and aerospace applications.

The CDH53NP-680JC fixed inductors are non-polarized, inductive devices. They are usually used to store magnetic energy and generate an induced current. The inductor can range from a few amperes to thousands of amperes, and from a few milli- Henry\'s to several hundred milli-Henry\'s. The currents they can carry depend on the physical size of the inductor\'s magnetic core and the applied voltage.

The core of a CDH53NP-680JC fixed inductor is composed of ferrite or powdered iron in a molded plastic case with air cooling. Ferrite materials usually produce inductors with lower core losses and lower DC resistance, while powdered iron cores are more suitable for higher current applications. The inductor\'s case is made of dielectric material and is usually designed to resist high temperatures and vibrations. The winding is composed of a high-grade copper wire with a non-magnetic insulation coating.

The CDH53NP-680JC fixed inductor has a wide range of operating voltages, and a high current carrying capacity. Its electrical performance varies with respect to the frequency of operation, and an appropriately sized inductor can provide the maximum current and voltage ratings. The inductor’s power dissipation, impedance, and operating temperature range are also important factors in determining its electrical performance. The inductor must be of the correct size and must be manufactured to precise specifications in order to meet its required electrical performance level and service life.

The CDH53NP-680JC fixed inductor operates using the principle of inductance, whereby a varying current is induced in a wire loop due to a changing magnetic field. This changing magnetic field is created by a supply of alternating current, which is applied to the wire loop. The induced current creates its own magnetic field, which in turn induces a voltage in the second wire loop. This induced voltage opposes the varying current in the first wire loop and thus the inductance is created.

Common applications for the CDH53NP-680JC fixed inductor include data conversion, voltage regulation, filtering, power conversion, and in telecommunications and military applications such as power supplies, frequency synthesizers, and multiplexers. The inductor is versatile and reliable, and provides poise and cost effectiveness in all kinds of situations. Its construction makes it suitable for a variety of applications, and is ideal for industrial, military, and aerospace applications.

The specific data is subject to PDF, and the above content is for reference