45105C

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Fixed inductors are a type of electronic components used to store electromagnetic energy. They generally consist of an inductor wire wound around a core material, which can be either air or a magnetic material. The number of turns on the inductor will determine the magnitude of the effect it has on energy being stored on the circuit.

45105C is a series of fixed inductors designed by Foshan Nano Hongkai Technology Co., Ltd. They are widely used in high-end electronic products, such as smart phones, computers, and tablets. They can be used for various applications such as power supply circuits, filtering, low-noise amplifier circuits, high frequency circuits, switching power supplies, clock circuits, signal transmission lines, and vibration motor circuits.

The 45105C series features an anti-magnetic, anti-static, and impact resistant construction. The inductors are made of high-quality copper, with the wire having a diameter of 0.8mm-1.0mm. These inductors are also rated to operate at temperatures below –10°C, and the working frequency ranges from 0.1MHz to 2.4GHz. The winding process of these inductors is done by a precise winding machine, making them highly reliable and consistent.

The 45105C series has a unique working principle. It uses a core material which is a special Ferrite material that is highly magnetic and has a low resistance. When an alternating current is applied to the inductor, a magnetic field is produced. This magnetic field induces a voltage in the inductor, which in turn creates an electrical current. This current is stored in the inductor and is released as an electrical surge when the current frequency drops. As such, the inductor helps to buffer the abrupt changes in current in the circuit and reduces the noise, thus providing a stable and efficient working environment.

The 45105C series is a reliable and effective product used in various applications. Its construction makes them highly durable, making them suitable for both high and low power designs. The unique working principle of this series makes it a versatile electronic component that can be used to store energy in various ways. It’s unique construction also allows it to operate in extreme temperatures, making it a great choice for any design.

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