CTX01-19479-R

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Fixed inductors are electrical components composed of a coil of wires around a metal core. They are used to store and release energy in the form of electromagnetic fields. The CTX01-19479-R is an example of a fixed inductor and its application field and working principle will be described in this article.

The CTX01-19479-R is a fixed inductor used in switching power supplies, particularly those used in medical applications for power sources of 12V to 24V with minimal electromagnetic interference. The inductor is made of magnetic materials including NiZn, MnZn, and NiFe. Its structure is composed of a ferrite core, winding, and external paper sleeve.

In terms of its application field, the CTX01-19479-R is a great choice for medical power supplies, because its high-resolution weak magnetic properties make it ideal for such applications. It is also well-suited for other types of power sources, such as laptop computers, which require minimal electromagnetic interference. In addition, its small size makes it suitable for applications where space is limited and weight is an important factor.

The working principle of the CTX01-19479-R is the same as that of other fixed inductors. The metal core provides an area for the magnetic field to be stored. When a current is passed through the winding, a magnetic field is created around the core. This field creates an inductive reactance, which reduces the flow of the current. When the current is cut off, the magnetic field dissipates and the inductor releases energy.

In addition to its magnetic properties, the CTX01-19479-R also has a high amount of insulation, meaning that it does not allow for excessive amounts of energy to escape its winding. This makes it especially beneficial in medical applications, where it is essential to ensure that no electric shocks occur.

Overall, the CTX01-19479-R is a fixed inductor that is well-suited for medical power sources and other applications that require minimal electromagnetic interference. It is composed of magnetic materials, including NiZn, MnZn, and NiFe, and has a high amount of insulation. Its working principle follows typical inductor behavior, in which energy is stored in the form of a magnetic field and released when the current is cut off.

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