MGV252010R47M-10

Inductors act as electrical components that store and release energy. The MGV252010R47M-10 is a fixed inductor, meaning that it has a constant inductance once it is initialized and used within its working range. This inductor is most commonly used when it is required for a circuit or system to store energy. In most cases, the MGV252010R47M-10 is used as a part of an embedded system, where it aids in the regulation of power and noise reduction.

The MGV252010R47M-10 is manufactured using a multilayer construction, which provides this inductor with a very low profile and an extremely high current rating. It is able to deliver an output of up to 22A of current, and its operating temperature ranges from 125°C to 150°C. Its inductance value is typically between 10mH and 47mH, which often changes depending on the current applied to it.

The MGV252010R47M-10\'s coiling configuration consists of a single layer of copper flat wire. The purpose of this is to increase the inductor\'s inductance, and to decrease the amount of heat that gets dissipated from the inductor. This is especially important, as it ensures that the inductor is able to maintain its inductance within its operating range.

In terms of its working principle and application field, the MGV252010R47M-10 is used to store and transfer energy in applications that involve AC signals, where it acts as a low-pass filter. This inductor is especially effective when used on single board computers, and it can also be used to reduce bill-of-materials costs for systems that require an inductor\'s low-profile design.

The MGV252010R47M-10 has a wide range of applications, ranging from a simple low-profile inductor to a complete switching power supply. It is also commonly used in power-supply controllers, motor controllers, and other DC-to-DC converters. Thanks to its high current rating and small size, this inductor is also often found at the core of circuitry that deals with wireless or internet of things applications.

Overall, the MGV252010R47M-10 is a fixed inductor that is used to store and transfer energy in applications that involve AC signals. It has a high current rating and an extremely low profile, making it a very attractive choice for embedded systems and other types of circuitry. Furthermore, it is also extremely efficient when used in single board computers and in power-supply controllers.