2304-V

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Fixed inductors are pivotal electronic components in the electronic circuit. Depending on the application, the inductor’s design, size, cost and construction can vary. One of the most popular inductors on the market is the 2304-V, a medium priced, medium power, through-hole style inductor. It is characterized by its efficient direct current capability in low frequency applications and can be found in various electronic systems.

The 2304-V inductor is typically employed in a power electronics circuits to provide electromagnetic locking energy storage. This type of inductor is commonly used in RF inductors since it can suppress the location frequency. Additionally, it is often used in power systems and electronic systems that require high EMC protection. These applications may include low ripple power supplies, low frequency AC power sources, switching power supplies, and high DC current voltage regulators.

In terms of its physical construction, the 2304-V inductor utilizes two single conductor coils made of copper and an insulator, while its case is fashioned from plastic. The most critical feature of this type of inductor is that it has an external inductance range from 0.3 to 3.0uH. Furthermore, it boasts an operating temperature range of -25°C to +85°C, ensuring reliable performance in a variety of environmental conditions.

In terms of its electrical performance, the 2304-V delivers a saturation current of up to 500mA, a rated current of 100mA, a peak current of 500mA, and a rated voltage of 75V. Furthermore, it is characterized by a Q factor of 31-50, an insulation resistance of at least 100mΩ, and an inductance tolerance of ±20%.

The 2304-V inductor’s working principle is based on Faraday\'s law of induction. It works by creating a changing magnetic field in the form of a coil around the inductor. When an electric current passes through the inductor, it creates a magnetic field that, in turn, induces a voltage in the coils. This electric current is then carried along the entire inductor length, eventually reaching the other end. In this way, the inductor is effectively transforming electrical energy into magnetic or kinetic energy.

In conclusion, the 2304-V is an effective, efficient and affordable inductor designed for a variety of applications. Its compact design, robust construction, and effective working principle make it a reliable choice for improving performance and reliability in power electronic circuits and RF inductors.

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