CDRH73NP-391MC-B

Fixed Inductors are electrical components which are used to store electrical energy in the form of magnetic field. They are widely used in every aspect of electrical engineering. The CDRH73NP-391MC-B Fixed Inductor is one of the most popular and widely used types of fixed inductors.

The CDRH73NP-391MC-B has an efficient radial lead inductor which is designed to provide superior temperature and frequency performance. It is constructed with an epoxy-coated core and outer frame, which are composed of high-grade materials. The package design allows for an easy installation, which makes it ideal for use in SMPS and other small enclosures. Its low DCR (direct-current resistance) and high-efficiency make it suitable for applications such as high frequency RF signal processing, power supply circuit filters, and switching regulator noise filter capacitors.

The CDRH73NP-391MC-B offers a wide range of applicability, making it a great choice for many different projects. It can be used in digital and switching power supply applications, RF and microwave circuits, scientific equipment, automotive audio systems, video appliances, and a variety of other systems that require an effective inductor. This device can also be used in critical applications where slight variations in performance should not be an issue.

The working principle of the CDRH73NP-391MC-B is simple. This inductor stores electrical energy in the form of a magnetic field, which is created when an electric current runs through its coils. Its efficient design is engineered to allow for high-efficiency inductance and low wire resistance. This makes it possible to transmit more energy through the inductor, rather than having it dissipate as heat. Additionally, the magnetic field helps to filter out unwanted noise from external devices, such as other switches and appliances.

The CDRH73NP-391MC-B Fixed Inductor is a great choice for many different electronic projects. Its efficient design allows for a higher efficiency, which makes it more reliable and cost-effective. Its low DCR and high frequency performance make it suitable for a variety of applications, from digital and switching power supply circuits to RF and microwave circuits. Additionally, its epoxy-coated core and outer frame provide excellent temperature and frequency performance, making it ideal for critical applications.