IM10RFCLRA221J12

Q @ Freq:	95 @ 1MHz
Height - Seated (Max):	--
Size / Dimension:	0.310" Dia x 0.900" L (7.87mm x 22.86mm)
Supplier Device Package:	Axial
Package / Case:	Axial
Mounting Type:	Through Hole
Features:	--
Inductance Frequency - Test:	1MHz
Operating Temperature:	-55°C ~ 125°C
Ratings:	--
Frequency - Self Resonant:	9MHz
Series:	IM-10RFCL-12
DC Resistance (DCR):	12 Ohm Max
Shielding:	Shielded
Current - Saturation:	--
Current Rating:	200mA
Tolerance:	±5%
Inductance:	220µH
Material - Core:	Iron
Type:	Molded
Part Status:	Active
Packaging:	--

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Fixed Inductors have many useful applications across a wide variety of industries, but the IM10RFCLRA221J12 Fixed Inductor has a particularly interesting application and working principle. In this article, we will explore the use case, working principle and implications of this technology in more detail.The IM10RFCLRA221J12 Fixed Inductor consists of a specifically constructed core which is formed around a series of intricate coils of insulated wires. As such, this type of inductor is able to store electrical energy in the coils and magnetic flux in the core. This makes it ideal for uses where a steady stream of power needs to be delivered over an extended period of time, such as in certain applications where electricity is needed to be conserved or stored.The core of the IM10RFCLRA221J12 Fixed Inductor is made from a variety of materials such as ferrite, iron-cobalt and permalloy. This latter material is particularly used as it is capable of transferring and storing more flux than iron-cobalt or ferrite alone. This gives the IM10RFCLRA221J12 a considerable amount of power storage capacity and produces reliable and consistent results.To understand the working principle of the IM10RFCLRA221J12 Fixed Inductor, it is important to understand the two main types of inductance, namely self- and mutual-inductance. Self-inductance is presented by a component which is purely composed of coils, while mutual-inductance is found in a coil which is connected in parallel to one or more other coils of same or different configuration. Regarding the IM10RFCLRA221J12, it presents both self- and mutual-inductance due to the nature of its core and coil construction. Thus, when current flows in the direction of the coil, the energy and flux is stored in the core as described above. This stored energy creates an alternating magnetic field which is then utilized for the production of an alternating current in the parts connected to the core.Since the concept of self- and mutual-inductance is fundamental to the IM10RFCLRA221J12, it is important to understand some of the implications of these principles. For example, self-inductance can cause impedance which can lead to current limiting, while mutual-inductance causes the component to have an increased response time as it takes longer for the magnetic field to be induced in the coils linked with it.The application field of the IM10RFCLRA221J12 Fixed Inductor is incredibly broad and diverse. This is largely thanks to its robust construction and ability to store significant amounts of energy as well as its reliable performance which is not affected by sudden changes in current or temperature.Some of the most common applications for the IM10RFCLRA221J12 are in the production of pulse and frequency generators. Other applications include control circuits, communication systems, electromagnetic interference suppression and voltage stabilizing networks.In conclusion, it is clear to see that the IM10RFCLRA221J12 Fixed Inductor is an incredibly versatile component which can be used in numerous industries in order to suit a variety of different applications. Thanks to its core and coil construction which creates alternating fields of both self- and mutual-inductance, the components can store and deliver considerable amounts of power over time with consistent and reliable performance. The combination of these features makes the IM10RFCLRA221J12 Fixed Inductor a popular choice for many industries due to its outstanding dependability.

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