CIL10NR10KNC

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Fixed inductors, also known as inductors or coils, are devices used in circuits to produce electrical current or store and regulate an electrical voltage. The CIL10NR10KNC Inductor is a ten-pin, non-polarized, surface mount device that is designed to provide an ideal inductance in a wide range of applications. Fixed inductors are widely used in electronic circuits to achieve electrical signals in circuits ranging from simple radio frequency to complex microprocessor-based designs.

The CIL10NR10KNC Inductor is unique in that it has a built-in negative resistance which can prevent dynamic frequency or voltage fluctuations. This inherent feature helps to provide consistent, reliable, and repeatable performance in a wide range of applications. The device is constructed of a proprietary ceramic material, which offers excellent thermal and electrical characteristics. It also offers excellent noise immunity.

The CIL10NR10KNC Inductor is suitable for a broad range of electronic circuit designs. It is used in power management and circuit protection applications, or for radio frequency filtering and transmission. With its unique voltage and frequency response, it can be used in motor control, lighting control, and other signal processing applications. Additionally, because of its decrease in q-factor (low inductance) the device is suitable for match-transformers and power line circuits.

The CIL10NR10KNC Inductor is designed to operate within a range of temperatures from -65 to 150 degrees Celsius, so it is suitable for operation in harsh environments. The device is also designed to operate at up to five million cycles while maintaining its properties, making it an extremely reliable and durable component.

The CIL10NR10KNC Inductor is a non-polarized device, meaning that it can operate either in single-ended or dual-ended applications. The device also has an integrated, high-temperature solder standoff for maximum thermal conduction. It also features an aluminum contaminationn shield to protect against EMI interference.

The operating principle of the CIL10NR10KNC Inductor is based around Faradays Law of Electromagnetic Induction. Essentially, upon providing a changing magnetic field to the inductor, a voltage will be induced in the device proportional to the rate of change of the magnetic field. This voltage is then used to generate a current flow in the inductor. The current in the inductor will continually circulate, creating a low frequency oscillating voltage in the inductor, commonly referred to as the self-inductance of the device.

The CIL10NR10KNC Inductor is a highly reliable and durable device that can be used in a variety of electronic applications. From power management, to noise suppression, and from voltage regulation to high frequency filtering, this device can provide consistent, repeatable, and reliable performance in virtually any environment. So, if you need a reliable and durable device for your next electronic design, the CIL10NR10KNC Inductor just may be your solution.

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