CKP20163R3M-T

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Inductors are electrical components that, when current passes through them, generate a magnetic field. A fixed inductor is a type of inductor that has an inductance rating that does not change significantly after the initial installation. Fixed inductors are used in many electrical applications such as electronic filters, amplifiers, transformers and oscillators. The CKP20163R3M-T fixed inductor is a great example of a full-size high-reliability electromagnetic parameter. It has the perfect solution to a growing need for high inductance in a compact form factor.

The CKP20163R3M-T fixed inductor is a 3mm × 3mm × 1mm chip-size part, which is perfect for high performance applications. Its superior thermal EMI and RFI noise management properties make it perfect for use in high frequency switching circuits. It is capable of high saturation currents and low peak current values, making it suitable for use in low power, high frequency applications. It is also self-shielded, meaning it eliminates the need for external components to control radiated magnetic fields.

The CKP20163R3M-T fixed inductor has a rated inductance of 3.3 μH and a maximum DC current of 53.76mA. Its operating temperature range is -40°C to +85°C, and its leakage current at about 25°C is 1.3 nA. In addition, its DC self resonance frequency is over 1GHz, guaranteeing proper noise performance with minimal accidental interference. It also has an excellent tapped self-resonance characteristic, meaning that it can be used for low inductance applications.

The CKP20163R3M-T fixed inductor is known for its excellent performance and reliability, making it perfect for use in medical equipment, power supplies, and other critical applications. It is manufactured from two thin layers of laminated material with a through-hole construction, allowing for an efficient and cost-effective fabrication process. The use of this inductor also helps reduce the cost of maintaining existing equipment.

The working principle of the CKP20163R3M-T fixed inductor is simple. When current passes through the inductor, it generates a magnetic field, which in turn induces a voltage in the inductor. The voltage that is generated is proportional to the rate of change of the current that flows through the inductor. This is often referred to as Faraday\'s law, and it describes how an electrical current interacts with a magnetic field. The magnetic field generated by the current produces a resistance to the flow of current, in what is known as the inductor\'s impedance.

The CKP20163R3M-T fixed inductor has proven to be an excellent choice for a wide range of applications. Its superior thermal, EMI and RFI noise management properties make it perfect for use in high-frequency switching circuits, while its rated inductance of 3.3 uH and maximum DC current of 53.76mA make it suitable for low-power, high-frequency applications. It also has an exceptionally low leakage current, ensuring noise performance with minimal interference. Its through-hole construction and low cost of maintenance make the CKP20163R3M-T fixed inductor an excellent solution for a variety of applications.

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