CTX500-2-52LP-R

Fixed inductors are electronic components used in electrical circuits to pass an electric current through a coil of wire. They are used to store energy, filter or smooth signals, provide impedance or resistance, or help generate magnetic fields. The CTX500-2-52LP-R fixed inductor is designed for use in industrial, automotive and military applications.

The CTX500-2-52LP-R is a surface-mount, high-reliability inductor with a relatively low profile. The inductance value of this device is 52uH and it has a primary current rating of 6.7A. This device is made of powder core material and has a reliable construction that helps it to withstand extreme temperatures, shock, and vibration. It also features standard, fine, and self-shielding terminations.

The CTX500-2-52LP-R has a number of applications in the following fields:

• Automotive: This device is designed to be used in a variety of automotive applications such as voltage and current regulation, switching power supply circuits, powertrain systems, and more.
• Industrial: It is used in industrial applications such as motor-drive circuits, current sensors, and power converters.
• Military: This device is also designed to work in military applications such as electronic warfare and communications systems.

The CTX500-2-52LP-R inductor works by passing an electrical current through a coil of wire. This coil of wire induces a current in the core of the device, which is then connected to a load, such as an electrical circuit or a motor. When the load is connected, the current in the circuit causes a magnetic field to be generated. This magnetic field then interacts with the electric field created by the current, producing a force that forces electrons to move. The movement of electrons creates an inductance, which is then passed through the load.

In summary, the CTX500-2-52LP-R is a high-reliability inductor designed for industrial, automotive, and military applications. It is designed to pass an electrical current through a coil of wire, which induces a current in the core of the device. This current then interacts with the electric field created by the current to produce a force that forces electrons to move, creating an inductance that is then passed through the load. This inductance is useful for a variety of tasks such as voltage and current regulation, switching power supply circuits, powertrain systems, current sensors, and power converters.