YFF31PC1C224MT000N Filters

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Feed through capacitors are designed to provide high electrical insulation between two points of a circuit. They are placed in between conductors of a closed loop and provide a safe and reliable connection even under extreme conditions. YFF31PC1C224MT000N feed through capacitors are specifically designed for high-power applications and can handle high frequency current.

YFF31PC1C224MT000N feed through capacitors have a nominal capacitance of 31pF, a tolerance of ±2%, and a rated voltage of 1000V. These feed through capacitors are constructed in a ceramic body and are therefore able to support higher frequencies. This makes the capacitors ideal for high-power applications where higher currents and higher frequencies are needed.

YFF31PC1C224MT000N feed through capacitors are designed specifically for high-power and high-frequency applications and can be used in various fields. These capacitors can be used in power distribution systems, motor control systems, medical equipment and robotics, industrial automation, lighting systems, and more. The high current capability and high frequency makes them suitable for use in systems that require precise timing and/or precise control.

The working principle of YFF31PC1C224MT000N feed through capacitors is based on the capacitor\'s ability to store electrical energy in an electric field. When a voltage difference is applied between the two terminals of the capacitor, an electric field is created. This field is capable of storing electrical energy and is proportional to the amount of charge stored in the capacitor. The electric field is located between the two terminals of the capacitor and is also known as the dielectric field. The stored energy is released when the voltage difference is reduced or eliminated.

YFF31PC1C224MT000N feed through capacitors are designed to provide high-power performance with a high degree of accuracy. They are constructed in a ceramic body with a low impedance and are designed to withstand high frequencies and high currents. This makes them ideal for power distribution systems as they can provide a safe and reliable connection even under extreme conditions.

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