CDR74NP-560NC

Fixed Inductors are commonly used in direct current (DC) circuits. They are used to store energy, to provide a stable inductance value, and to reduce EMI noise. The CDR74NP-560NC is a particular type of fixed inductor that is used to supplement the power supply for high power applications.

The CDR74NP-560NC is a type of case molded inductor. It has an approximate height of 2.1mm with three terminals. The outer casing is typically constructed from epoxy resin or phenol resin, which makes it highly resistant to cracking and other environmental hazards. The inductor itself is either ferrite or metal composition, which can vary depending on the application and its required properties.

The CDR74NP-560NC has a high inductance rating of 560 nH, making it suitable for power supply applications needing a stable power source. It also features a rated current of 40 mA and a saturation current of 50 mA. It\'s maximum current is recommended to be 40 mA or lower to ensure protection around the inductor.

The working principle of the CDR74NP-560NC can be specifically attributed to Faraday\'s law of induction. This law states that a voltage is created when the magnetic field around an inductor is exposed to change. The CDR74NP-560NC is designed to harness this principle and store energy as a magnetic field. This energy is then released and transformed into useful electric power when the required output is reached.

The CDR74NP-560NC can be used in a wide range of applications including switching power supplies, DC-DC converters, AC-DC converters, and more. Additionally, it is suitable for use in high power motor drivers, as it can handle a high saturation current and help with the efficient operation of the motor.

The CDR74NP-560NC is an excellent choice for high power applications in need of a reliable, efficient power source. With its impressive inductance rating, high saturation current, and Faraday’s law of induction, the CDR74NP-560NC offers a dependable way to provide reliable power for high power applications.