MGDU5-00014-P

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Common Mode Chokes are components that are designed to minimize the inductive effects of current flow. This type of component is often used in the power and signal applications of the electronics industry for the purpose of reducing electrical noise. The MGDU5-00014-P is a common mode choke which is specifically designed for the power delivery systems of the automotive and communication industries. This article will discuss the application field and working principle of the MGDU5-00014-P.

The MGDU5-00014-P is designed to provide common mode current suppression over a frequency range from DC to 20 MHz. This part is intended to be used in the power delivery systems to reduce the voltage and current distortion that can arise due to the current induced in the power delivery system. In the communication industry, this part can be used to reduce the signal distortion and noise that can arise from the transmission of communication signals. The design of the MGDU5-00014-P allows it to be used in both environments.

The MGDU5-00014-P is designed with an efficient ferrite core. This core provides a magnetic path for the common mode current to flow from the power delivery system or the transmission line. The ferrite core acts as a barrier to the flow of current, reducing the effects of common mode noise on the power delivery system or communication signals.

The MGDU5-00014-P is rated to handle currents up to 1.0A. This part is also designed with low DCR (Direct Current Resistance) to reduce power loss. The inductance of the common mode choke is 18 uH, which is sufficient for most applications. The temperature range of the part is -40°C to + 125°C.

The MGDU5-00014-P is a high-performance common mode choke that is designed to provide superior common mode noise suppression in the power delivery and communication industries. This part is designed to minimize the inductive effects of current flow over a wide frequency range. It is also designed to reduce the voltage and current distortion and signal distortion and noise in the transmission of communication signals. The part is also rated to handle up to 1.0A and has a temperature range of -40°C to +125°C.

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