DKIP-0231-1505

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Common mode chokes are a form of electromagnetic interference (EMI) suppression devices. They are also known as common mode filters, and they are used to reduce the transfer of electromagnetic interference between circuits. Common mode chokes consist of two or more windings and ferrite cores, and are connected in such a way that they create a low-pass filter, allowing only low frequencies to pass through and blocking high frequencies.

DKIP-0231-1505 is a common mode choke developed by TDK Corporation. It is engineered to reduce EMI/RFI noise in automotive and industrial applications, while allowing signal transmission in both directions. The device is available in two versions: one with an impedance of 0.5 ohms at 160 MHz, and one with an impedance of 1 ohm at 250 MHz.

The DKIP-0231-1505 common mode choke is a shielded device, meaning it has an additional layer of metal which increases its ability to reduce EMI. It is mainly used in DC- DC converters, DC- AC inverters, or any system where a DC power source is connected to an AC line. The device has a robust design capable of handling insertion and removal of power lines while operating in the field. The device also features a secure housing that resists shock and vibration.

The working principle of the DKIP-0231-1505 common mode choke is based on Faraday’s law. This law states that when a magnetic field is changed, an electric field appears. In the DKIP-0231-1505 device, the magnetic field generated by the ferrite core and windings create an electric field; this electric field blocks incoming high-frequency electromagnetic energy in the form of EMI/RFI. The low-frequency signal is passed through due to the low impedance, while the high-frequency signal is absorbed by the choke.

The DKIP-0231-1505 common mode choke effectively reduces EMI/RFI noise in various automotive and industrial systems and ensures secure operation of these systems. With its robust construction and secure housing, the device is designed to withstand shock, vibration and insertion/removal of power lines while operating in the field. The device\'s working principle is based on Faraday\'s law, which allows only low-frequency signals to pass through, while blocking high-frequency signals.

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