YFF21PC1E104MT000N Filters

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Feed through capacitors are electronic components used to control the capacitance that exists between two conductors in an electronic circuit. The YFF21PC1E104MT000N is a feed-through capacitor rated at 100pF, and it can be used in a variety of applications for both AC and DC circuits.

The YFF21PC1E104MT000N is designed to provide a low-impedance connection between two conductors in a circuit. This allows for minimal current passing through the capacitor, resulting in a cleaner sound in audio systems, or reduced electrical noise in power circuits. It is also designed to be self-healing, so if the capacitor fails due to age or over-voltage, it will automatically cleanup the circuit, preventing further damage.

The YFF21PC1E104MT000N is a robust feed-through capacitor and can be used in a variety of applications. Common applications include power supplies, audio systems, automotive systems, radio communications, medical equipment, telecommunications, and computer systems. It is also suitable for use in DC circuits, as well as AC and pulse circuits.

The YFF21PC1E104MT000N works by creating an electrostatic barrier between two conductors, allowing a controlled flow of electric current between them. This is done through the principle of capacitance, which states that two conductors that are separated by an insulating material will store an amount of electrical charge. The YFF21PC1E104MT000N is designed to create a capacitive barrier between two conductors, allowing only a predetermined amount of current to pass through the capacitor.

The YFF21PC1E104MT000N is also designed for high temperature operation, with an operating temperature range of -55 to +105°C. It is also designed for RoHS compliance, meaning that it does not contain any hazardous materials such as lead or mercury.

In summary, the YFF21PC1E104MT000N is a versatile feed-through capacitor rated at 100pF, suitable for use in a variety of applications, including power supplies, audio systems, automotive systems, radio communications, medical equipment, telecommunications, and computer systems. It works by creating an electrostatic barrier between two conductors, allowing only a predetermined amount of current to pass through the capacitor, resulting in a cleaner sound in audio systems, or reduced electrical noise in power circuits. It is also designed for RoHS compliance and high temperature operation, making it an ideal component for a variety of applications.

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