CIGW160808XMR47MLC

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Fixed inductors are electrical components used to store energy in magnetic fields. They are composed of a coil of conducting wire, an insulating material, and an iron core. The CIGW160808XMR47MLC is a typical example of a fixed inductor.

The CIGW160808XMR47MLC is a fixed inductor that is typically used for a range of applications, including power supplies and voltage regulators in industrial and commercial circuits. It consists of a core made of ferrite material and a single winding containing a copper conductor with an insulation of polyurethane. The operating temperature range is from -40°C to +125°C. The inductance is high at 0.47mH at 100kHz and the current is rated at 1.9A.

The working principle of a fixed inductor is relatively simple. When alternating current (AC) is applied to a coil of conducting wire, an electromagnetic field is generated around the coil. This field is generated by the changing current of the AC and is sustained through a continuous loop of the coil. The field will continue to maintain its strength as long as the current continues and no energy is being removed. This makes fixed inductors useful in many applications as they can store and convert energy in alternating current into the energy of a magnetic field.

Fixed inductors are typically used for high frequency filtering, figure of merit (FOM) control, radiation, and signal generation. For example, fixed inductors could be used in power supplies to regulate voltage by storing energy in a magnetic field and converting it back into electricity. They are also used in signal processing applications where they are used to filter out unwanted frequencies.

In addition to providing voltage control, fixed inductors are also used in cell phones for EMI shielding. In this application, the inductor is used to create an electromagnetic field that acts as a barrier, preventing electromagnetic interference from entering the phone or other sensitive electronic components. The inductor also prevents unwanted signals from leaving the phone, protecting it from data theft.

Fixed inductors are also used for antenna matching in radio communication systems. In radio communication systems, it is important that the impedance match between the antenna and the transmitter or receiver is balanced. To achieve this, an inductor is placed in series with the antenna to increase the antenna’s inductance and reduce the mismatch. It is also used in impedance matching networks in audio systems to reduce distortion.

The CIGW160808XMR47MLC is an excellent example of a fixed inductor and is typically used for a range of applications. Its operating temperature range, high inductance, and rated current make it ideal for many industrial and commercial circuits. In addition, its ability to store and convert energy of an alternating current into a magnetic field makes it an ideal choice for many signal processing and power transmission applications.

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