SDR2207-150Y

Fixed Inductors

Inductors are electronic components that carry a magnetic field and store energy as a result of current flow. These components, sometimes referred to as chokes, can be used to block or filter certain frequencies from a circuit. One such type of fixed inductor, the SDR2207-150Y, is used widely in circuit board applications and has many useful features.

SDR2207-150Y Application Field

The SDR2207-150Y is used in many types of electronic circuits, including DC/DC converters, synchronous rectification applications, motor control devices, and power supplies. Its main advantage over other types of fixed inductors is its size. It measures 22.0 mm x 7.0 mm x 6.0 mm, making it a space-saving choice when designing circuits on small boards. It also offers superior performance compared to other small inductors. The SDR2207-150Y boasts both a low DC resistance, as low as 60 milliohms, and a high rated current of 10 A.

SDR2207-150Y Working Principle

The SDR2207-150Y fixed inductor is an electrical component composed of a coil of wire that creates a magnetic field as current passes through it. This magnetic field can block or filter certain frequencies from the circuit. As the frequency increases, the current begins to discharge from the inductor, which results in a drop in voltage. This occurs due to the skin effect, which dictates that the lower frequencies will propagate along the inductor, while higher frequencies will be directed away and absorbed. The SDR2207-150Y is specially designed to take advantage of this effect in order to provide superior performance in small circuits.

Conclusion

The SDR2207-150Y fixed inductor is a versatile and efficient electronic component. Its small size makes it ideal for applications in reduced-size circuit boards, while its low DC resistance and high rated current ensure it can provide excellent performance. Furthermore, its working principle ensures that it can block or filter certain frequencies from the circuit, making it a useful addition to any design.