DLO1-24-0008

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Common Mode Chokes are utilized in a wide spectrum of electronic circuit applications. They are a type of inductor constructed with copper wires wound around a core material, typically ferrite or iron powder. The choke works by forming a magnetic field about the copper windings that oppose common mode interference, such as radio frequency or electronic noise, that would otherwise pass through the circuits. An example of the application and working principle of a Common Mode Choke is the DLO1-24-0008.

This particular model consists of an 8-turn helical wound low pass filter, with two differential input wires and a common output. These wires are routed through a ferrite core material which is isolated to ensure no contact between the conductors or the windings. The purpose of the choke is to limit the electrical current flow across the two wire lines while not affecting the current flow between them. The choke works by absorbing the electrical energy sent through the wires, dissipating it as heat through the core material, and decreasing the noise or interference that enters the two lines. This is done through the principle of magnetic induction, where a varying current is induced in the wires when the magnetic field varies over time.

The DLO1-24-0008 is typically applied in various types of electronic circuits such as wireless communication systems, computers, and mobile devices where unit-to-unit communication is essential. In these types of systems, common mode chokes are used to prevent signal integrity issues due to noise or interference caused by electromagnetic fields. The ferrite core in the choke helps to absorb the interference, thus providing error-free communications between electronic devices.

In addition, the utility of the common mode choke is not limited to suppression of interference. It can also be implemented as an anti-tamper device, preventing unintended changes from occurring due to electrical impulse. For example, if an intruder were to attempt to jam the device in order to cause it to malfunction, the current surge would be diminished by the magnetics in the choke. This would limit the potential damage that could occur to the device.

The use of common mode chokes is widespread and can be found in virtually any electronic device with a power supply. The DLO1-24-0008 is an exceptional example of the many types and sizes of common mode chokes available today. It is an excellent choice for applications requiring the highest levels of performance and efficiency.

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