YFF21PC1E104MT009N

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Feed Through Capacitors are a type of passive electronic component which is mainly used for decoupling and filtering high frquency noise in power supply circuits. They are typically made up of a capacitor, a tunable component, and a metal shield. They are often used in radio and telecommunication equipment in various applications, including radio receivers, filters, digital and digital/analog systems, power line filters, and high frequency signal processing. YFF 21PC1E104MT009N is a popular feed through capacitor and is widely used in many applications.

YFF 21PC1E104MT009N Application Field:

• High speed switching power supplies
• Computers and peripheral equipment
• Cellular systems and communication equipment
• Data processing and storage equipment
• Audio and video equipment
• Test and measurement equipment
• Industrial instrumentation

YFF 21PC1E104MT009N Working Principle:

A feed through capacitor works by allowing electrical current to pass from one side of the capacitor, to the other. This is done by opening a capacitor up, and placing two terminals on both sides of it. This allows the current to flow freely between the two terminals, passing through the capacitor. The capacitor also helps to filter out any high frequency noise, which can travel along the current and cause interference with other components. The capacitor also helps to prevent any DC voltages from entering the circuit, thus reducing the risk of any damage to other components.

Feed through capacitors can also be used in other applications, such as AC line bypass capacitors and common mode noise reduction capacitors. AC line bypass capacitors reduce the AC signal causing interference, while common mode noise reduction capacitors reduce the common mode signals, which are usually a source of interference in many applications.

Overall, YFF 21PC1E104MT009N is a popular feed through capacitor which is used in many applications. It is capable of reducing high frequency noise and common mode noise, while still allowing for electrical current to pass through it. It is used in many electronic devices, including computers, communication systems, and industrial instruments.

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