SWS-1.00-54

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Fixed inductors are passive electrical components which are designed to provide a specific inductance value in an electrical or electronic circuit. They are made of copper windings wound around a core made from soft magnetic materials such as iron, nickel, or permalloy. Fixed inductors are ideal for any application where high accuracy and stability are important, and for most applications, they provide excellent performance with minimum cost. For many electronics applications, they are a critical component for maintaining and improving circuit performance.

The SWS-1.00-54 is a fixed-value inductor from Schweitzer Weidinger (SW) designed for use in high-performance, modern electronic circuits. This product is a great choice for use in aerospace, defense, avionics, medical, instrumentation, consumer, automotive, RFID, and aerospace applications. It is also suitable for use in hard-to-manage environments and when fast switching is required.

The SWS-1.00-54 has several key features, including an operating range of -55 to +125℃, high temperature and vibration tolerance, high frequency and inductance stability, high current saturation, low EMI applications, and a low magnetic flux leakage rate. It also has a very small form factor and is designed to provide performance, cost-effectiveness, and reliability. These features make the SWS-1.00-54 an excellent choice for a wide range of applications.

The SWS-1.00-54 is a three-pole inductor that utilizes a multi-layer air-core construction. This construction helps keep the field uniform and symmetrical, resulting in lower saturation and improved linearity. This design also reduces EMI and provides better long-term reliability than traditional inductors. This inductor is suitable for high current applications due to its high saturation and low leakage rate.

The working principle of an inductor involves creating a magnetic field when a current passes through the device. This field in turn induces a voltage in the inductor, which is proportional to the rate of the current change. In addition, the inductor’s magnetic field stores energy and this stored energy can be used to oppose any changes in the current. As a result, inductors are commonly used in applications such as voltage regulation and filtering of high frequency signals.

The SWS-1.00-54 is designed to meet the most demanding requirements of the most modern circuits. It is an ideal choice for high-frequency applications due to its high-inductance stability and low EMI generation. In addition, its three-pole construction ensures that the field is uniform and symmetrical for optimal performance. When used in conjunction with other components, the SWS-1.00-54 can provide reliable performance and high-accuracy results in all types of applications.

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