MALREKE05PB310H00K

Aluminum Electrolytic Capacitors

An aluminum electrolytic capacitor is a type of capacitor that takes advantage of anodic aluminum oxide as the dielectric medium and uses electrolytes containing aluminum ions to get high rated voltage, high stability, small size and high capacity. As a form of electrolytic capacitor, the Malreke05PB310H00K has several key characteristics that make it attractive for many applications.

MALREKE05PB310H00K Application Field

The Malreke05PB310H00K is used in several different applications, including in audio equipment, computers, LED lighting, power supplies, industrial and medical equipment. In electronic equipment, it is used as a filter capacitor due to its high capacitance and rated voltage, and to provide a low-pass filter in radio communication receivers. It can also be used in circuits requiring high capacitance in order to minimize circuit board space.Lastly, it can be used in situations which require a high capacitance ratio between a relatively low operating voltage and a relatively high rated voltage.

MALREKE05PB310H00K Working Principle

The Malreke05PB310H00K operates using the principles of electrolysis. A positive voltage is applied to an anode, which is a layer of porous anodic aluminum oxide (AAO) formed on an aluminum foil. The electrolyte containing aluminum ions is drawn to the anode, where the aluminum ions penetrate the AAO layer. When a negative voltage is applied to the anode, the anions in the electrolyte are pushed away and a thin layer of Debye double layer forms on the anode’s surface. This double layer has two components: a positive layer on the anode’s surface and a negative layer on the aluminum foil. This creates a barrier which increases the capacitance of the device.

Conclusion

The Malreke05PB310H00K is a type of aluminum electrolytic capacitor with a high capacitance ratio between a relatively low operating voltage and a relatively high rated voltage. It has a wide range of applications including audio equipment, computer equipment, LED lighting, power supplies, industrial and medical equipment. It operates on the principle of electrolysis, whereby a positive voltage is applied to an anode of anodic aluminum oxide and an electrolyte containing aluminum ions is drawn to the anode, forming a Debye double layer on the anode’s surface. This double layer increases the capacitance of the device.