CDR6D23MNNP-5R1NC

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Fixed inductors are components used in a variety of circuits, ranging from radios, televisions, and other audio-video systems, to computers, cell phones, and other sophisticated electronic devices. The CDR6D23MNNP-5R1NC is an example of such a component and is used in a wide variety of applications. This document will discuss the application field and working principle of the CDR6D23MNNP-5R1NC.

What are Fixed Inductors?

Fixed inductors are electrical components that store electromagnetic energy. They consist of a wire, usually copper, wound around a core, often made from iron. The core acts as a conductor for the magnetic field created by the wire, and together they act like an electromagnet. This produces a current that will vary according to the amount of magnetic field in the core. Inductors are used in many electronic applications, from regulating power supplies to filtering frequencies.

What is the CDR6D23MNNP-5R1NC?

The CDR6D23MNNP-5R1NC is a fixed inductor with a core made of ferrite. It has a comparative typical inductance of 2.30 µH and a DC resistance of 0.47 ohms. The CDR6D23MNNP-5R1NC is designed for high-frequency operation and has a very low internal resistance, which allows it to operate in a wide range of frequencies. It has a maximum working voltage of 250V, with a current rating of 800mA.

Applications of the CDR6D23MNNP-5R1NC

The CDR6D23MNNP-5R1NC is used in a wide variety of applications, including:

• Voltage regulators
• Filters in current regulation circuits
• Suppressing RFI noise in sensitive electronic systems
• Input and output filters in switching power supplies
• Audio crossover networks
• Car audio systems

Working Principle of the CDR6D23MNNP-5R1NC

When the CDR6D23MNNP-5R1NC is connected to a power source, a current is induced in the inductor, creating a magnetic field in the core. This magnetic field acts like a magnet, attracting electrons from the power source and forcing them to flow through the inductor. This reaction creates a voltage drop across the inductor, which is then used to regulate the current and voltage in the circuit.

The magnetic field created by the CDR6D23MNNP-5R1NC will gradually dissipate as the current in the circuit changes. This phenomenon is known as inductance, and it is what allows the inductor to filter and regulate the current in the circuit. The inductor is also able to reduce the voltage in the circuit by reducing the current, thus preventing the circuit from being overloaded.

Conclusion

The CDR6D23MNNP-5R1NC is a fixed inductor that is used in a variety of applications, including voltage regulators, filters, and audio crossover networks. It has a comparative typical inductance of 2.30 µH and a maximum working voltage of 250V, with a current rating of 800mA. The working principle of this component is based on the principle of inductance, which allows it to regulate the current and voltage in a circuit.

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