101152T250CC2B

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Aluminum Electrolytic Capacitors are a type of capacitor that use an aluminum oxide layer to store a charge. An electrolyte, typically a hydrated water, is used to bridge the gap between the two electrodes, allowing for the charge to be stored. The name originated because the electrolyte may be found in between the aluminum oxide layer.

The 101152T250CC2B Aluminum Electrolytic Capacitor is a special type of capacitor designed specifically for use in high-frequency or high-voltage applications. It is constructed with a triple layer of electrodes that are covered with an electrolyte solution and an outer casing. The capacitance of this specific capacitor is 250 picofarads (pF).

The 101152T250CC2B is generally used in applications where high frequency or high voltage is needed. Examples could include power supply circuits, electronic controllers, and high-frequency signal amplifiers. It is also often used in radio transmitters, RF antennas, and televisions. The 101152T250CC2B can handle a voltage of up to 25VAC and can be used with frequencies up to 40MHz.

The working principle of the 101152T250CC2B Aluminum Electrolytic Capacitor is relatively simple. When a current passes through it, the underside of the capacitor’s dielectric layer is negatively charged. This creates a negatively charged space between the dielectric layers and the aluminum electrodes. This space is filled with an electrolyte solution that is capable of holding the charge. When no current is being passed through the capacitor, the stored charge will remain until the capacitor is discharged.

The 101152T250CC2B Aluminum Electrolytic Capacitor is also capable of providing a wide range of stabilization. This is especially useful in applications where large currents and/or voltages are involved. The capacitor also offers a high level of resistance to temperature variation, so it can be used in all sorts of temperature extremes.

In conclusion, the 101152T250CC2B Aluminum Electrolytic Capacitor is designed for high-frequency and high-voltage applications. It is able to store a charge and provide a wide range of stabilization. It is also resistant to temperature variation, allowing it to be used in various applications. The working principle behind this capacitor involves negative charging between two dielectric layers and an electrolyte solution. With its unique features, this capacitor is an excellent choice for many electronic applications.

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