CDMC6D28NP-R47MC Inductors, Coils, Chokes

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Fixed inductors are electrical components that can store energy in the form of magnetic fields when voltage or current passes through them. The CDMC6D28NP-R47MC is a type of fixed inductor designed to maintain a steady electrical current in a circuit. It is a surface mount, cylindrically shaped device with a single leads on one end and two leads on the other, made of Ni-Zn ferrite materials. The CDMC6D28NP-R47MC is able to handle power up to 100kHz and is rated at 10µH ±20%, rated current of 7mA, and rated DC resistance of 0.25ohm. It is a popular choice for circuits that require high-frequency performance with a low inductance and is typically used as an energy storage device in high-frequency switching applications and as a lowpass filter in RF amplifier circuits.

The CDMC6D28NP-R47MC is a fixed inductor, meaning that the inductance is fixed and cannot be changed. This is because the value of inductance in this device is determined by the core material used in its construction and the number of turns of wire coiled around it. The core acts like a magnet when the current passes through, creating a magnetic flux field around the core which stores energy. This is why inductance, measured in Henrys (H), is created when current passes through the device.

When the inductor is connected in series with a circuit, there will be an increase in voltage as the current passes through. This is due to the inductance of the device, which slows the rate of change of current and increases the voltage along the path of the circuit. The amount of voltage increase will depend on the inductance of the device, the amount of current passing through, and the frequency of the current. By using the CDMC6D28NP-R47MC in a circuit, engineers can control the voltage and current in order to meet the design requirements of the application.

The CDMC6D28NP-R47MC is ideal for applications such as power conversion systems, motor control systems, and embedded control systems. It can also be used in electronic circuits to provide additional impedance, which is important when dealing with RF or microwave signals. The CDMC6D28NP-R47MC is also commonly used in medical imaging systems, as well as in RF amplifiers and filters. The device is able to handle up to 100kHz of power and is rated at 10µH ± 20%, making it ideal for high-frequency switching applications.

In conclusion, the CDMC6D28NP-R47MC is a type of fixed inductor designed for high-frequency applications, such as power conversion and motor control systems. The device has a single leads on one end and two leads on the other, and is constructed from Ni-Zn ferrite material. It is rated at 10µH ± 20% and can handle up to 100kHz of power. Its applications include providing additional impedance for RF and microwave signals, as well as being used in medical imaging systems and RF amplifiers and filters. By using the CDMC6D28NP-R47MC, engineers can control the voltage and current in order to meet the design requirements of their application.

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