PE-53914

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Common Mode Chokes: PE-53914 Application Field and Working PrincipleCommon mode chokes are components used to suppress high frequency noise on power lines, especially for data lines. They are highly effective for suppressing radiated and conducted electromagnetic interference (EMI). The PE-53914 is a passive component designed to reduce common-mode noise in power supply and data communication applications.The PE-53914 common mode choke is a high frequency current component formed with a toroidal core surrounded by a coil of wire. It is made up of two identical coils of wire with the same number of turns and in opposite directions. This allows it to reject high-frequency common-mode noise up to its cut-off frequency and without impairing the signal or power transfer.The PE-53914 provides a high degree of Common-Mode Noise (CMN) rejection, which reduces the potential for device functionality interference, ground loop currents, and crosstalk. The design of this component reduces CMN, suppressing power line noise that can cause degraded data transmission rates, lost packets, and signal distortion for data communication networks. The PE-53914 is also effective in reducing EMI emissions from sources such as power supply lines, data ports, and other transmission lines.The PE-53914 is ideal for applications where common-mode noise is generated, such as high-speed digital circuits, communication systems, power supplies, and light load control circuits. It can be used in combination with other components to carry out noise suppression and interference reduction.The PE-53914 is capable of handling high current (up to 3A) over a wide frequency range (up to 200 MHz). Additionally, it has a high impedance ratio (up to 200:1) and a low core loss over a wide frequency range. The PE-53914 operates in two modes: impedance mode and current mode. In impedance mode, its impedance is defined by the following formula: Z=sqrt(L/C). The impedance in this mode is determined by the inductance (L) and capacitance (C) values of the component. As the frequency increases, the impedance of the device increases.In current mode, the device’s current is determined by the current supplied by the power source. The component’s efficiency in this mode increases with the current supplied and increases in parallel with the frequency. It has a high-current rating and provides effective noise suppression over wider frequency ranges than other similar components.The PE-53914 can be used in combination with other components to provide effective noise immunity in applications such as communication systems, data transmission, and military communications. It is capable of withstanding high currents, has a low EMI emission level, and provides high impedance at certain frequencies. The PE-53914 is also suitable for use in industrial control applications due to its increased current handling capabilities and high common-mode noise rejection. It is also used in automotive applications to reduce EMI in communication systems.Overall, the PE-53914 is an ideal component for suppressing common-mode noise and reducing the possibility of EMI interference. It is highly effective for suppressing radiated and conducted interference and ensuring that communication systems and networks run smoothly.

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