SRE6603-332M

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Fixed Inductors provide a wide range of options to meet design requirements for many types of application. One of these is the SRE6603-332M, a high-performance, low-profile inductor from SRE. This part is suitable for on-board surface mount applications, including an automated assembly line (such as pick-and-place manufacturing). It offers significant power handling characteristics, allowing it to be used in high-current and high-voltage applications.

The SRE6603-332M is a high-current, ferrite-cored fixed inductor with 0.33 mH inductance and 1.3 A maximum current rating. It is manufactured using high-precision geometric machining combined with a variety of winding and lamination techniques, ensuring reliable performance. The inductor also features an air gap construction, which provides a wide operational range and increases thermal conductivity. The rating is -55°C to +125°C.

The SRE6603-332M is an excellent choice for a variety of power supply and filter designs. In such applications, it can be used to reduce ripple noise from the current source, lower output voltage ripple, stabilize waveform, or reduce output voltage distortion. It can also be used in DC-DC converters, power rectifiers, FM receivers, audio amplifiers and power line protection circuits.

The SRE6603-332M has a simple but reliable working principle. Its primary job is to store energy by creating a magnetic field around its coils. When an alternating current passes through the coils, the magnetic field induces an electromotive force (EMF) into the neighboring coils. This EMF will then oppose the current passing through, providing an inductance that reduces noise in the system.

The SRE6603-332M is a high-performance inductor that can be used in a variety of applications requiring the reduction of ripple noise or distortion. Its small size allows for easy installation, and its air gap construction makes it suitable for higher-power applications. With its robust working principle, this inductor is an excellent choice for any of your circuit designs that require accurate linearity and high efficiency.

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