CDEP105-0R3NC-32

Fixed inductors are electronic components which are widely used in many applications, such as in power supplies, signal processing and communication and aerospace systems. The CDEP105-0R3NC-32 is a fixed inductor which can be used in any of these applications.

The CDEP105-0R3NC-32 is a medium-sized fixed inductor with a cylindrical shape and a total size of 5.02mm x 2.92mm. It is rated for an inductance value of 0.3µH, a DCR maximum of 0.08Ω (DC resistance) and a DC current of 1A. This value can be increased to 2A with a special version. The CDEP105-0R3NC-32 is encased in a non-conductive casing for protection from external shock.

The working principle of the CDEP105-0R3NC-32 is based on the theory of inductance. When a varying magnetic field is passed through a conductor, electrons in the conductor move and produce an electrical current. This electrical current is what is referred to as an inductance value. By using an alternating current (AC), this principle can be applied to fixed inductors like the CDEP105-0R3NC-32 to produce an electrical current with a varying strength. This current can be used in various applications, such as in power supplies, signal processing and communication and aerospace systems.

The CDEP105-0R3NC-32 is an excellent choice for applications where low power consumption, high efficiency and cost effectiveness are important. It is a reliable and efficient component which is resistant to thermal and mechanical shock. It has also been designed to minimize EMI interference, which is useful in high frequency applications. The CDEP105-0R3NC-32 is a great choice for applications which require an inductor with a low profile, high current and good cost efficiency.

In conclusion, the CDEP105-0R3NC-32 is a durable and reliable fixed inductor with a wide range of applications. It has an inductance value of 0.3µH and a maximum DCR of 0.08Ω, which make it a cost effective and efficient component. It is suitable for use in power supplies, signal processing, communications and aerospace systems, where low power consumption, high efficiency and cost effectiveness are important. The CDEP105-0R3NC-32 is encased in a non-conductive casing which ensures it is protected from external shock. It also minimises EMI interference which is useful in high frequency applications.