2512R-223K

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Fixed inductors are key components in electronic circuits, and 2512R-223K is an inductor in this category. This part has a broad application field, and it is useful for working in various scenarios. In this article, we will take a look at the application fields and working principles of 2512R-223K.

Application Field

2512R-223K is a versatile fixed inductor, designed for use in advanced signal and power circuits. Its main application involves high frequency selection filters, electronic ignitions, and signal and noise filters. It is also a common component in pulse transformers, radio frequency amplifiers, transceivers, DC-DC converters, and other communication circuits. This part is designed for operation in a temperature range of -55°C to 135°C.

Physical Attributes

The 2512R-223K has a shielded construction that helps it to resist inductance and capacitance effects from the surrounding environment. It has a coil of 24 turns with a 100k Hz frequency. This part is integrated with TPU tape and polymer resin for enhanced insulation and anti-fire performance. The component also has a fairly wide mounting range, from -55°C to 135°C.

Working Principle

The 2512R-223K is a passive component that works on the principles of inductance. When a current passes through the coil, a magnetic field is generated. This field then induces a voltage in the circuit that is proportional to the rate of change of the current. The 2512R-223K is designed to increase the inductance of a small signal, thus improving the performance in circuits with high frequency signals. The inductor can also be used in wave filters, where it is used to pass only frequencies in certain ranges.

Conclusion

The 2512R-223K is a versatile fixed inductor that can be used in a wide array of electrical and communication applications. It has a broad temperature working range, shielded construction, and an effective inductance that makes it suitable for high frequency designs. In turn, 2512R-223K is an effective and reliable electronic component to achieve optimal results in complicated circuits.

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