CDR6D23MNNP-820NC

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Fixed inductors are essential components within the field of electronic engineering. They are often used in power supplies, active filters, radio frequency design, and other precision electronics tools. In particular, the CDR6D23MNNP-820NC fixed inductor is a commonly encountered type, designed to offer power conversion, noise suppression, and high current transfers.

The CDR6D23MNNP-820NC fixed inductor is a small, yet highly versatile device, made up of a single core winding with two or more turns of wire. Its size allows it to be fit into tight spaces and board layouts, making it suitable for applications that require a limited amount of space. This device has a nominal inductance value of 6.2 micro-henries and a rated current of 5 amps.

The device is made up of three components: the core, the winding, and the housing. The core consists of either an iron, MnZn, or ceramic material, which acts as a magnetic mediator to influence the generator level voltage. This material also contributes to the device\'s resilience, which allows it to endure under harsh environments and continue providing power to the device.

The winding is composed of insulated copper wires, which loop around the magnetic material and create a closed circuit. This circuit induces a voltage when exposed to an alternating current, producing power. The housing serves to protect the device from electrical shorts and vibrations, as well as to support the winding from its base. The housing can be made of plastic, metal or ceramic, depending on the application\'s requirements.

The most common application of the CDR6D23MNNP-820NC fixed inductor is for high current transfers. Its relatively small size and flexible design makes it the perfect solution for applications such as electric motors and conversion power supplies. The device\'s high current transferring capabilities also make it an ideal solution for switching power supplies, where quick switches between power sources are required.

Another important application is to reduce noise interference from radio frequency sources. This type of interference can be caused by electrical sources, such as light bulbs, electric motors, and other machines. Fixed inductors can be placed strategically around the source of interference, creating a magnetic field that absorbs and dissipates that interference.

The CDR6D23MNNP-820NC fixed inductor also offers a wide range of advantages in precision electronics and power supplies. Its low profile design, efficient inductive energy transfer, and high current transfer capabilities make it the perfect choice for these applications. In addition, its construction and resilience allow it to operate in a wide range of operating conditions, making it a versatile device across a diverse range of fields.

Overall, the CDR6D23MNNP-820NC fixed inductor is an essential device in electronic engineering and power supply applications. Its design offers excellent inductive energy transfer capabilities, current transfer capabilities, and noise suppression capabilities. Its small size and flexibility also makes it a great component for tight spaces, and it is able to operate in a variety of different environments. It is an essential component in the field of fixed inductors.

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