M39018/04-2184M

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Aluminum electrolytic capacitors make common appearance in many types of electric equipment, and are one of the most used electronic components. The capacitors used today are vastly different from the chemical capacitor developed in the late 19th century. Modern aluminum electrolytic capacitors have increased in complexity over the years, with improved efficiency, expanded radius of acceptability, and greater availability. M39018/04-2184M aluminum electrolytic capacitors are marketed by two chemical companies, Tashiro Chemical and Nihon Denki. The M39018/04-2184M aluminum electrolytic capacitor is one such advanced capacitor that uses tantalum and aluminum as its electrolyte. The M39018/04-2184M capacitor is rated for 6.3 volts and has a capacitance option of 18 microfarads.When it comes to application fields, M39018/04-2184M capacitors are commonly used in power conversion and regulator design, motor control, and power conditioning applications. They are also widely utilized in circuit noise reduction and they exhibit high stability and reliability. This particular aluminum electrolytic capacitor is typically employed in the energy storage and filtering of 50/60 Hz power and various other applications including AC-DC and DC-DC converters. The capacitor is also used in very high frequency switching applications, as well as inductive loads for protection.The most common working principles applied to the M39018/04-2184M capacitor are based on the structure of the capacitor itself, which includes a tantalum or aluminum electrolyte layer sandwiched between two electrically conductive layers. The aluminum electrolyte layer creates a charge storage medium that is composed of a layer of solid aluminum oxide and a layer of an electrolyte material. The functioning of this capacitor is based on the chemical and electrical properties of this aluminum oxide layer. This layer acts as a dielectric since it has a strong electrical resistivity. Due to its excellent dielectric properties, this aluminum oxide layer effectively stores electrical energy and then releases it when a current is run through it. The capacitance of these capacitors can also be adjusted by controlling the voltage and frequency applied to it. It is no surprise that M39018/04-2184M aluminum electrolytic capacitors are such versatile components. Not only are they renowned for its high capacitance ratings, they also function effectively at broad applied voltages and temperatures. With its high performance and low resistance, it is no wonder they are so widely used in power conversion and regulator designs, motor controls, power conditioning, and circuit noise reduction applications.

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