CTX250-1-52LP-R

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Fixed Inductors

Fixed inductors are inductors that are designed to transfer electrical energy in one direction while preventing it from flowing in the other direction. A basic inductor will typically comprise a wire coil and a core, which can be made from various materials, with the core providing the magnetic flux needed for the inductor to store and release energy. An example of a fixed inductor is the CTX250-1-52LP-R.

Application Field of the CTX250-1-52LP-R

The CTX250-1-52LP-R is a fixed inductor with a mounting feature designed for high-density printed circuit boards. It is ideal for use in a variety of applications that require a high current carrying capacity, such as audio and video equipment, telecommunications, networking, and home electronics. Furthermore, the inductor is RoHS-compliant, has an excellent thermal stability, and features an optimum power loss profile.

Working Principle of the CTX250-1-52LP-R

The CTX250-1-52LP-R inductor is designed to provide an efficient and effective method of storing and releasing electrical energy in the form of magnetic flux. This is done by forming a magnetic field with the core of the inductor, which is composed of a ferromagnetic material. This material creates a strong magnetic field when an electrical current passes through the wire coil, which is then used to store the energy as a magnetic field.

When the current flow is interrupted, the stored magnetic field begins to decay, and as it does so it releases the stored energy, creating a current that flows in the opposite direction from the direction where it was generated. This current is then used to power whatever device or system is connected to the inductor, making it a highly efficient and reliable source of power.

Conclusion

The CTX250-1-52LP-R fixed inductor is an ideal choice for electronic applications that require a high current carrying capacity. It features an optimal power loss profile and is RoHS-compliant, making it an excellent choice for audio and video applications, network systems, and telecommunications devices. The inductor works by forming a magnetic field when current passes through the coil, which is then used to store and release energy when needed.

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