CM252016-12NKL

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Fixed inductors are electrical components used in electrical circuits for various functions, including filtering, buffering, blocking, impedance matching, tuning, and tuning. The CM252016-12NKL application field and working principle is a fixed inductor meeting the highest standards and offering superior performance.

The CM252016-12NKL is a high-frequency, linear-type inductor using an accidental-multi-layer chip, which is a flat-shaped chip with multiple integrated inductors, arranged in a lattice pattern on the substrate. The entire inductance is formed by multilayer connections between adjacent inductors in the lattice pattern. The CM252016-12NKL inductors are known for their low self-capacitance, high self-resonance frequencies, and high quality factor (Q).

The CM252016-12NKL is suitable for applications in a wide range of frequency ranges, such as broadcasting, navigation, mobile communications, as well as in various industrial markets. The range of applications extends from high frequency RFID readers to AM/FM tuners, from electric vehicles to fanless servers, and from microwave ovens to LED lighting systems.

The working principles of the CM252016-12NKL are quite simple. When an alternating current (AC) passes through an inductor, a voltage is induced across its windings. This voltage is equal to the current times the inductance. The CM252016-12NKL has a high inductance value, which makes it ideal for high-frequency applications.

The CM252016-12NKL is also characterized by its low equivalent series resistance (ESR). This low ESR helps reduce power losses in the inductor and improves efficiency. In addition, the low ESR also helps improve the transient response of the inductor, as it can quickly absorb energy without significantly affecting the inductor’s performance. This is particularly beneficial in high frequency applications, where fast responses are required.

The CM252016-12NKL is also characterized by its high levels of Q-factor and self-resonance frequency. The high Q-factor enables the inductor to couple well with other components in an electrical circuit, reducing the amount of power losses in the system, while the high self-resonance frequency ensures that the inductor will be able to work over a wider frequency range.

In summary, the CM252016-12NKL is an excellent choice for high-frequency applications that require high-performance and reliability. It has been designed to provide exceptional performance across a wide range of frequencies, including those used in broadcasting, navigation, and mobile communications. Its high inductance, low ESR, and high Q-factor make the CM252016-12NKL an ideal choice for a variety of applications. As a result, the CM252016-12NKL can be classified as one of the leading fixed inductor products available on the market.

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