CIL10Y8R2KNC

Fixed Inductors is a device which consists of two or more coils. It is different from the variable inductor, as the value of inductor\'s remains fixed. Many types of fixed inductors are available in the market with different sizes and shapes. CIL10Y8R2KNC is one of the popular fixed inductors.

CIL10Y8R2KNC is a surface mount chip inductores with size of 10 mm (L) x 8 mm (W) x 2.5 mm (H). It is a standard size and suitable for automated assembly processes in surface mount environment. This type of fixed inductors has a low profile and low magnetic leakage, which makes it well suited for high density applications.

CIL10Y8R2KNC is designed to operate at high frequencies up to 3 GHz in the range of DC 1-2GHz. It has a minimum inductance value of 2nH and a maximum inductance value of 500nH when the frequency is in the range of 1-2GHz. The inductance changes as the frequency changes and the inductance can be varied over a wide range depending on the operating frequency. It is a high quality product with excellent soldering capability and has a good thermal performance.

CIL10Y8R2KNC is widely used in various applications such as mobile phones, base-station equipment, satellite communications, wireless LAN equipment, Bluetooth systems, RF /Microwave applications, and automotive electronics. Especially in mobile phones, this type of fixed inductors is usually used as the primary part for antenna matching or filter circuits, noise suppression filters, voltage regulator modules, and other wireless communication devices.

The main principle of fixed inductors is based on Faraday\'s law of induction. It states that the voltage across a conductor is proportional to the rate of change of flux coupling it. The inductor stores energy in the form of a magnetic field, which is in turn proportional to the amount of current through it. When the current is applied, the magnetic field forms around the inductor, inducing a voltage across its two terminals. As this voltage increases, so too does the current. The magnetic field intensity also increases, leading to further increases in the voltage. This process of voltage and current inducing each other continues until equilibrium is achieved.

Fixed inductors are widely used in a broad range of applications, from consumer electronics to industrial power supplies, and from energy-efficient LED lighting systems to medical devices. The need for high efficiency and reliability in these applications has driven manufacturers to continuously innovate in the design and manufacture of fixed inductors.

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