875105359003 Capacitors

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Aluminum - Polymer Capacitors, such as the 875105359003, are widely used components and widely available in many different applications.

The Basics

An Aluminum - Polymer capacitor, also known as “Al-poly”, is a type of capacitor consisting of an anode, a cathode, and a solid or liquid electrolyte. The anode and cathode are made of aluminum and the electrolyte is typically a polymeric material. They are used in many different scenarios, from low power electronics to high power physics systems.

Benefits

Due to their unique construction, Al-poly capacitors are a popular choice for many applications. They offer several benefits, such as:

• High capacitance in a small form factor
• Low ESR (equivalent series resistance)
• Relatively low cost
• Relatively good thermal stability
• High insulation resistance

Applications

Due to their high capacitance in a small form factor and low ESR, Aluminum - Polymer capacitors are ideal components for parallel applications where space is limited. Examples of such applications include:

• Energy storage in hybrid and electric vehicles
• Power supplies for high speed data processing
• Power supplies for communication products
• Industrial and consumer power supplies
• High-precision measuring instruments
• High frequency switching power supplies

Working Principle

Aluminum - Polymer capacitors work on the principle of energy storage. They create a charge by allowing electrons to move between the aluminum and the electrolyte when a voltage is applied across them. This movement of electrons across the aluminum and the electrolyte creates a charge that can then be used to store energy. The amount of energy that can be stored in the capacitor is referred to as its “capacitance”. The capacitor can then be discharged to release the energy stored in it.

Conclusion

The 875105359003 is a type of Aluminum- Polymer capacitor which is widely used in many different applications due to its high capacitance in a small form factor, low ESR, relatively low cost, and relatively good thermal stability. It works on the principle of energy storage, allowing electrons to move between the anode and the electrolyte when a voltage is applied across them, creating a charge that can then be used to store energy.

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