500D336M200EH2A

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Aluminum Electrolytic Capacitors, or capacitors, are essential in almost all forms of electrical and electronic equipment. Used extensively in the air conditioning, automotive, consumer electronics, communication and medical industries, capacitors are designed to store energy directly in the form of an electric field. The 500D336M200EH2A is a type of aluminum electrolytic capacitor specifically designed for high-frequency, high-temperature applications.

The 500D336M200EH2A consists of two aluminum foil electrodes immersed in an electrolytic solution. The two electrodes are separated from one another by a thin paper or plastic film dipped in electrolyte. The two electrodes are connected by an electrostatic field when an electric current is applied, which forms a region of charge storage and a conductive path to discharge the electric current. This electrostatic field is also referred to as the dielectric layer of the capacitor.

The 500D336M200EH2A is specifically designed for high-frequency, high-temperature applications and is characterized by its low DC leakage current and low ESR (equivalent series resistance). The low ESR enables the capacitor to store more energy at higher frequencies and temperatures, making it ideal for applications such as power supplies, motor controls, UPS systems, and power switching. Due to its high-temperature rating, the device is also suitable for high-current surge applications such as starting electric motors and welding capacitors.

The 500D336M200EH2A also features a high frequency response rate thanks to its low ESR value, allowing it to respond quickly to changes in electrical current. This quality is useful for applications where it is important to react quickly to changes or disturbances in the current, such as in motor controls and power switching.

The 500D336M200EH2A is ideal for applications that require reliable high-temperature and high-frequency performance, and is suited for a wide range of applications including power supplies, motor control, UPS systems, and power switching. Its low DC leakage current and low ESR characteristics make it an ideal choice for high-current surge applications, while its high frequency response rate enables the device to react quickly and effectively to changes in electrical current.

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