E92F401VND102MA80T

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Aluminum Electrolytic Capacitors have an extensive range of applications in a variety of markets and industries due to their high capacitance and wide range of construction styles.

The E92F401VND102MA80T is a type of non-solid aluminum electrolytic capacitor, which means it has a solid core with an electrolyte-solid mixture, rather than a traditional solid electrolyte. The E92F401VND102MA80T extends the MLCC capacitance and temperature range beyond that of solid electrolyte capacitors. The E92F401VND102MA80T also features a high-pressure, high-temperature resistant metal case with precise electroplating.

The working principle of the E92F401VND102MA80T is the same as any other aluminum electrolytic capacitor. It consists of a cylindrically shaped anode which is composed of an aluminum plate, a sealing ring and an end plate. The anode is then filled with an electrolytic fluid, usually containing an organic or inorganic salt, which acts as the electrolyte, and the cathode is a folded aluminum foil. An electric current is then applied to the anode/cathode via electrodes, which causes the electrolyte to move from anode to cathode, causing a charge difference between the two components and hence the capacitor is able to store electrical energy.

The E92F401VND102MA80T is a high-precision, low-voltage capacitor, which is used in applications such as LED strobes, security systems, DC power supplies and lighting control systems. Due to its high precision and wide range of applications, it is ideal for applications with stringent requirements.

The E92F401VND102MA80T is highly regarded for its high-precision performance in a wide range of temperature and voltage conditions. It also features a wide operating temperature range, high ripple current capacity and a long service life.

The E92F401VND102MA80T is suitable for applications which require high-precision performance in a wide range of temperature and voltage conditions. It is highly regarded for its long service life, high ripple current capacity and wide operating temperature range. It is also ideal for applications with stringent requirements.

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