LP471M200E5P3

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As its name implies, Aluminum Electrolytic Capacitors, or more commonly known as an Al-Ele Cap, are capacitors typically composed of two aluminum foils with their faces separated by a layer of insulating material referred to as the dielectric. Aluminum capacitors are much like electrolytic capacitors, just constructed with a different dielectric material and configured in a way to provide higher levels of capacitance. This type of capacitor can provide the highest level of capacitance for a given size, making it ideal for high-voltage and high-current applications.

LP471M200E5P3 is a type of aluminum electrolytic capacitor. Its most typical application is as a decoupling capacitor, also known as a bypass capacitor, and is mainly used in circuit boards and other electronic devices. It is mainly used to maintain the stability of certain circuit paths by blocking high-frequency noise or spikes.

A decoupling capacitor’s behavior works by providing a low-impedance path for short-duration high-frequency energy. It does this by providing a path for current energy around the source. The decoupler capacitor stores the energy, allowing the current to rapidly pass from the source to the load, whether it is a resistor or another type of component. This helps to keep the long-term flow of the energy stable and allows for better circuit performance.

LP471M200E5P3 has a rated capacitance of 470uF. Its maximum ripple current is 200mA and its rated voltage is 16VDC. It is also equipped with a lifespan of 2000 hours. Features such as these distinguish the LP471M200E5P3 aluminum electrolytic capacitor as being well suited for a wide range of electronic designs, namely HF signal circuits, audio circuits, and switching power supplies.

The aluminum electrolytic capacitor’s inner working structure consists of the aforementioned aluminum foil, a dielectric material, and a central oxide layer. The two aluminum foils act as electrodes while the dielectric material is typically paper, plastic, or some other form of non-conductive material that forms a layer between the two electrodes. The main purpose of the dielectric is to allow electrons to move through the capacitor, while preventing a direct current connection between the two electrodes.

The aluminum oxide layer gives LP471M200E5P3 aluminum electrolytic capacitors their prominent feature: the ability to store large amounts of voltage in a relatively small size. This layer forms from the anodization process that oxidizes the surface of the aluminum foil. The oxidation forms a film of aluminum oxide which acts as insulation, and which also acts as an insulator against the voltage. This construction of the capacitor enables a voltage to be stored and dissipated more gracefully than with a silver-ion or ceramic capacitors.

The Marking for LP471M200E5P3 aluminum electrolytic capacitor is 550. Its maximum operating temperature is typically 85°C for the rated temperature and it is capable of withstanding up to two times its rated voltage at a lower temperature for a brief period of time. The capacitor also has a dielectric strength of 500V DC and has excellent surge characteristics, making it an optimal choice for high-voltage and power applications.

In conclusion, LP471M200E5P3 aluminum electrolytic capacitor is an ideal choice for high-voltage and power applications due to its high capacitance, low impedance, and great surge characteristics. Its high temperature ratings and excellent dissipation of current make it a great long-term solution for bypassing or decoupling noise or spikes on the circuit boards. The capacitor has a long lifespan of 2000 hours, and is also capable of withstanding higher voltages for short periods of time. All of these features make LP471M200E5P3 aluminum electrolytic capacitors the ideal choice for many electronic designs.

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