36DY103F040AM2B

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Aluminum electrolytic capacitors are one of the versatile types of capacitors and one of the most popular because they offer high capacitance–by weight and by volume–at a relatively low price. Among them, 36DY103F040AM2B, a long life, radial leaded and low impedance aluminum electrolytic capacitor, can be widely used for a range of applications.

36DY103F040AM2B is a non-polar type aluminum electrolytic capacitor featuring a wide temperature range of -40~125℃ and excellent ripple current capability. It is suitable for temperatures between -25 and +85°C and operating at a high temperature up to 125℃ and is available in diameters of 5mm to 16mm. With 1720 hours of rated life and a wide operating temperature range of -40 to +85°C it is suitable for a wide range of applications including power supplies, filtering, and UPS, etc.

36DY103F040AM2B is mainly used in computer power supplies, switching power supplies, audio equipment, and other digital products where protection against inverted polarity is required. The cap is designed to hold higher ripple currents giving a longer lifespan. Thanks to its long life, high ripple current capability, low impedance, and solid performance, 36DY103F040AM2B is widely used in the fields of micro-electronics, industrial electronic and communication equipment.

The working principle of 36DY103F040AM2B is based on the dielectric characteristics of electrolyte. It consists of an aluminum oxide film sandwiched between two positive-connected plates, the upper and lower plates being made of aluminum. At high temperatures, the electrolyte evaporates and the oxide film becomes a dielectric, thus forming a capacitor. The thickness of this dielectric film is directly proportional to the applied voltage, and the capacitance increases with increasing applied voltage at a given frequency.

In summary, 36DY103F040AM2B is an aluminum electrolytic capacitor which can be used for a variety of applications in the industrial, micro-electronic, communication, and audio equipment fields. Thanks to its long life, high ripple current capability, and low impedance, it is perfect for applications where protection against inverted polarity is required. The working principle of the capacitor is based on the dielectric characteristics of electrolyte.

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