B82442T1124K050

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Fixed Inductors are highly versatile and widely used electronic components. They come in various shapes, sizes and types, ranging from a tiny bead to a much larger component. B82442T1124K050 is one such commonly used fixed inductor. It has a wide range of applications in the field of electronics and electrical engineering and is widely used in industrial, commercial and consumer appliances as well. The following sections discuss the application of B82442T1124K050 and its working principle.

B82442T1124K050 Application

B82442T1124K050 is a general-purpose, self-fluxing radial leaded SMD (Surface Mount Device) inductor. It is a thermally protected, axial-lead inductor with thermal protection up to 105°C/155°C. This makes it suitable for use in a variety of environments, ranging from traditional indoor/outdoor use to extreme temperature commercial applications. It can also operate at low frequencies without the need for series or parallel resonance which makes it a very efficient and reliable solution. B82442T1124K050 can be used for industrial, commercial, and consumer applications where inductance, current change, and low EMI (electromagnetic interference) sensitivity are common requirements.

B82442T1124K050 is suitable for use in power supplies, filters, RF devices, PFC (Power Factor Correction) circuits, audio amplifiers and motor drive circuits, and for cross-regulation and other power control applications. It can also be used to construct crystal oscillator circuits, regulate voltage output levels, or serve as an ESD (Electrostatic Discharge) protection circuit. It is also popular as a current sensor, temperature compensator and EMI (electromagnetic interference) filter in high-end commercial circuit designs.

B82442T1124K050 Working Principle

The working principle of B82442T1124K050 is based on the basic characteristics of an inductor. It is a passive two-terminal component that stores energy in the form of a magnetic field when a current flows through it. It consists of a core made of ferromagnetic material that is usually wrapped with a wire or coil. When current passes through this coil, a magnetic field is created which generates a voltage across its terminals, thereby resisting any changes in current.

B82442T1124K050 is thermally protected, which ensures that the temperature of the inductor does not exceed a specified temperature value which can be set as per the application requirements. The thermal protection feature can be used to prevent any damage caused by excessive temperature. This also ensures that the inductor does not draw too much current, which can also damage other components in the circuit.

Apart from its thermal protection, B82442T1124K050 is also capable of withstanding a wide range of current and voltage. This makes it suitable for use in a variety of applications that require different current and voltage levels. It is also capable of suppressing EMI (electromagnetic interference), which makes it an ideal solution for applications where interference might be a concern. Additionally, B82442T1124K050 is available in various other sizes and configurations, such as axial or radial led, which allows for greater flexibility in its use.

Conclusion

B82442T1124K050 is a widely used fixed inductor, suitable for use in a variety of electronic applications, ranging from power supply and filter circuits to PFC (Power Factor Correction) and ESD (Electrostatic Discharge) protection circuits. Its thermally protected design ensures that the temperature does not exceed a specified value, while its wide current and voltage withstand makes it suitable for various applications. Additionally, its EMI (electromagnetic interference) suppression capability makes it an ideal solution for applications that require higher levels of safety.

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