S4924-153J

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Fixed inductors, which are also known as ceramic core coils, are typically used in amplifier circuits. They are employed to provide some frequency dependent behavior to an amplifier\'s output. The inductor\'s resistance varies depending on the applied frequency to provide a fixed frequency response curve.

The S4924-153J is a fixed inductor that combines ceramic core technology with advanced manufacturing processes to meet high performance requirements. The S4924-153J offers a high quality performance with flat load curves, low inductance tolerance, excellent temperature stability and a high retention rate. This inductor is suitable for use in audio, video, and telecommunications applications.

The S4924-153J consists of two copper wound coils surrounding a ceramic core. The copper-wound coils measure 1 mm thick, 0.48 meters long, and 1.59 millimeters wide. The copper wound coils are separated by a 0.74 millimeters thick ceramic core. The ceramic core also contains a magnetic saturable material with a low hysteresis loss.

The S4924-153J works by providing a constant inductance over a range of frequencies. This inductance is generated by the copper wound coils being wrapped around the magnetic saturable material of the ceramic core. As the frequency of the input signal increases, the inductance of the coil also increases. This helps to create the desired load and frequency response curve for the amplifier being used.

The S4924-153J also offers excellent temperature stability and a high retention rate. This means that the inductance of the coil will remain relatively constant over a wide temperature range. The high retention rate ensures that the inductance of the coil will not decrease over time due to the effects of aging.

The S4924-153J is ideal for use in audio, video, and telecommunications applications. The constant inductance over a range of frequencies makes it suitable for providing fixed frequency response curves in amplifiers. Its excellent temperature stability, low hysteresis loss and high retention rate also make it a reliable choice for demanding application environments.

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