IM02STR39J

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Fixed Inductors are electrical components used to store energy in the form of a magnetic field. The IM02STR39J is an example of a commercially available fixed inductor that is often utilized for various applications in modern devices for the use of controlling electrical current.

The IM02STR39J is a through-hole radial lead fixed inductor that possesses a rated inductance of 39uH ± 10% using 7.6mA current. It has a maximum self-resonant frequency of 470kHz, and its allowance of direct current up to its rated DC current of 7.6mA is enough to accommodate most circuit designs without worrying about its current load capacity. Furthermore, the IM02STR39J has a rated working voltage of 10v, and has a saturation current of 9.2mA.

In terms of constructional details, the IM02STR39J consists of a plastic bobbin that has five lead wires connected to a central core. This core is responsible for creating a electromagnet that is the source of its inductance value. This electromagnet consists of a coil of fine copper wire which is wrapped many times around the central core. As the current flowing through the wire is alternated, the EMF generated within the core will induce an magnetic flux which creates the inductance inside the component. This ensures that the inductor can achieve its maximum rated inductance of 39uH.

The IM02STR39J is used for a variety of applications, and is a common choice for use in DC-DC converters due to its low profile, through-hole construction, and its ability to store energy for long periods of time. In addition, the IM02STR39J can easily integrate within existing device designs in which its inductance value performs switching and frequency filtering. As a result, the IM02STR39J is also a great choice for use in radio frequency circuits and any other applications that require an inductor to perform its specified inductance value.

The IM02STR39J is an ideal choice for many applications due to its compact yet powerful nature. This ensures that engineers are able to use the component for efficient circuitry design while still obtaining high-reliability performance. As such, the IM02STR39J stands as an example of a modern fixed inductor in today’s device designs.

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