AIUR-02H-1R0M

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Fixed inductors are components used in electrical and electronic circuits that produce a desired inductance value. The AIUR-02H-1R0M Inductor is one type of these components, and it is used for applications in a wide range of fields, including: power supplies, resonators, filters, switched mode power supplies and magnetic amplifiers. This article will discuss the application fields and working principles of the AIUR-02H-1R0M Inductor.

Application Field of AIUR-02H-1R0M Inductors

AIUR-02H-1R0M Inductors are components widely used across a number of different applications. Due to their steady performance and high efficiency, they are particularly suitable for use in in applications in the following fields:

• Power Supplies: AIUR-02H-1R0M inductors are used in an impressive range of power supplies, including AC-to-DC, DC-to-DC, DC/AC, as well as a variety of power inverter supplies and other complicated applications. The AIUR-02H-1R0M Inductor offers high precision and excellent filtering and stabilized performance.
• Resonators: AIUR-02H-1R0M Inductors are used in a range of different resonating circuits. Such circuits are used for tuning in a variety of applications, including radio, audio and video. They are able to absorb energy, storing that energy and then releasing it.
• Filters: AIUR-02H-1R0M Inductors are a key part of a variety of different filter circuits – from the basic low pass filter up to complex, multi stage filters. These geometrical patterns used in the construction of the inductors ensure excellent performance and good safety features.
• Switched Mode Power Supplies: Switched-mode power supplies (SMPS) are becoming increasingly necessary for a variety of power sources, and many of the components used in these SMPS systems require a suitable inductor. AIUR-02H-1R0M Inductors are perfectly suited to such applications due to their low-loss, overlapping windings and excellent filtering performance.
• Magnetic Amplifiers: AIUR-02H-1R0M Inductors are increasingly used in magnetic amplifiers which are a type of electronic amplifier which takes advantage of the relationship between electricity and magnetism. The AIUR-02H-1R0M Inductors in these devices offer stability and reliability.

Working Principle of AIUR-02H-1R0M Inductors

An AIUR-02H-1R0M Inductor is a coil of wire wrapped around a core. The core is generally either ferrite or ferrite magnetic material, this is combined with insulated wire windings. Upon the application of current to these wires, a magnetic field is generated and this in turn induces a force, or resistance to the current through the inductor. This is how the AIUR-02H-1R0M Inductor works. The force generated by the magnetic field then works against the current, thus limiting the current flow in the circuit. This is why an inductor is often said to produce ‘inductive reactance’.

The working characteristics of the AIUR-02H-1R0M inductor can be altered by changing the number of windings as well as the core shape/geometry. This means that it is possible to customize the performance of the inductor for a particular application. This flexibility and customizability is a major benefit of using an AIUR-02H-1R0M inductor.

AIUR-02H-1R0M Inductors also have a wide operating temperature range of -40 degrees Fahrenheit to +250 degrees Fahrenheit. This is beneficial for applications in which the inductor may be exposed to wide temperature swings. This wide operating range allows for reliable operation and longer service life.

Conclusion

The AIUR-02H-1R0M Inductor is an effective and reliable component which is suitable for use in a variety of applications. Once one understands the working principle and application fields of the AIUR-02H-1R0M Inductor, one will be able to appreciate the importance of this inductor and its importance in the many applications in which it is employed.

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