MAL213656102E3

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Aluminum electrolytic capacitors are widely used across a variety of industries, from the power electronics of a mobile phone to industrial components and medical imaging systems, and the MAL213656102E3 is one such type of capacitor.

The MAL213656102E3 is a family of low impedance, high capacitance, and long life aluminum electrolytic capacitors. The product range is designed and manufactured for use in a wide variety of applications. Due to its low equivalent series resistance (ESR), it provides excellent filtering for low and high-frequency noise, as well as high ripple current capacity and reliability.

This makes the MAL213656102E3 an excellent choice for a variety of functions, such as power supplies, grid-tied solar inverters, and signal conditioning, as well as applications that require high ripple current, voltage stability, and increased lifetime. It is also suitable for use in a variety of noisy environments, as its low ESR helps to reduce the effects of conducted and radiated electromagnetic interference (EMI).

The MAL213656102E3 uses an electrolyte to store the energy, which is sealed in an aluminum casing. The anode and cathode are separated by a thin layer of non-conducting rubber, with the anode being the positive terminal and the cathode being the negative terminal. The capacitor works by storing the energy in the electrolyte, which is then conducted through the rubber separator when a voltage is applied.

It is also capable of handling very high temperatures, due to its high thermal dissipation rating. This makes it suitable for use in high power switching applications, as well as devices that may require rapid charging or discharging. Its high operating temperature range also makes it well-suited for use in industrial and medical settings, such as process control systems, nuclear equipment, and medical imaging equipment.

The MAL213656102E3 is well-suited for a variety of applications, due to its high capacitance, long life, and low impedance, as well as its ability to handle high temperatures. It is an ideal choice for applications that require high ripple current capacity, voltage stability, and increased lifetime. It is also a great choice for applications that require high thermal dissipation, as well as those that require protection from conducted and radiated EMI.

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