CTX500-1-52-R

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Fixed inductors are a type of electrical component. These components consist of a coil of wire that is connected to two terminals. The two terminals are then connected to an electronic device, such as a computer, amplifier, or radio receiver. Fixed inductors are used in many different types of electrical circuits to store electrical energy.The CTX500-1-52-R is a fixed inductor composed of an enclosed core coil of copper wire and a ceramic material, sealed in a metal tube. It has a maximum rated current of 50.4A, a maximum DC resistance of 52mΩ and a maximum inductance of 182nH.The CTX500-1-52-R is commonly used in power converter applications. It is used to create a DC voltage from a high frequency, AC input, and is also used for power regulation in switching circuits. It has a low self-inductance, which allows it to maintain a constant voltage output while experiencing transient load conditions. It is also used in power factor correction (PFC) circuits, which ensure that the available input current is held in phase with the voltage.In addition, the CTX500-1-52-R also finds applications in low-noise filter circuits. In these circuits, the inductor helps to reduce electrical noise and also to control the current flow. It is also used in radio frequency circuits to create an alternating current (AC) signal and in mobile device applications, such as a 4G mobile phone, to enable communication.The working principle of the CTX500-1-52-R is quite straightforward. It works by creating a magnetic field inside the core of the coil, which in turn induces a voltage between the two terminals. This voltage can be controlled by varying the current flowing through the coil. TheCTX500-1-52-R is designed to be robust and reliable over a wide range of conditions, due to its low temperature coefficient and its stability over time.Overall, the CTX500-1-52-R is a reliable and robust fixed inductor with a wide range of applications in many different types of electrical devices. It has a low temperature coefficient, is capable of sustaining transient load conditions, and has low self-inductance. It is capable of creating a stable DC voltage under varying conditions, and is also used in filter circuits, radio frequency circuits, and mobile device applications.

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