38S132C

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Fixed inductors are components that are used in electrical networks to restrict and control the flow of electrical energy. One such component is the 38S132C inductor. This device is specifically designed for use in the telecommunications industry where small size and high performance are important criteria for selecting components. This article will explain the application field and working principle of the 38S132C.

The 38S132C is a miniature, high-frequency inductor. It is designed for use in mobile telecommunications applications, such as cellular phones and other wireless products. Due to its small size, it is well-suited for new or space-constrained applications. Additionally, it boasts a wide range of features that make it suitable for use in many different applications.

The most important feature of the 38S132C is its inductance value. It has a high self-resonant frequency of 10.3GHz. This ensures that it can handle high-frequency signals without suffering from signal loss or distortion. It also has an optimized Q-factor of 32, which ensures a high-quality signal at low power consumption. Additionally, the 38S132C is designed to withstand wide temperature ranges and both shock and vibration.

The 38S132C device is often chosen for its ability to manage high voltage signals without compromising on signal quality. Its high power rating of up to 13A, along with its low series resistance of 7 milliohms make it particularly useful for applications that require high current and low-resistance inductances. In addition, the inductor\'s flat frequency response ensures wide frequency range coverage.

The 38S132C is a remarkable device that has a number of advantages. However, to understand how it works, we first need to understand what an inductor is. An inductor is a passive electrical component composed of a conductive coil which stores energy. It creates an alternating current when a voltage is applied to it. It also exhibits inductance, which is the property of a conductor to oppose a change in the current that passes through it.

As electricity passes through the 38S132C, it encounters an inductor. This inductor creates an electromotive force that opposes the flow of current. As a result, the total current through the 38S132C is reduced. This reduction in current is beneficial because it results in a corresponding decrease in power consumption. This is the principle behind the 38S132C\'s ability to conserve energy and provide an efficient way to manage signals.

The 38S132C is a valuable component for many purposes. Its small size, high power rating, and low series resistance make it ideal for applications that require high frequencies, wide temperature ranges, and high current usage. It is also capable of efficiently handling high voltage signals without compromising on signal quality. Finally, its flat frequency response makes it well suited for a wide range of uses. All in all, the 38S132C is an excellent device that can be used in a variety of applications.

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