URZ2D330MHD

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Aluminum electrolytic capacitors are single component capacitors comprised of metal-oxide-metal layers. An anode (positive) terminal is usually a spun aluminum or tinned zinc shell containing a core of inertmanganese-dioxide powder that acts as an electrolytical conductor. The cathode (negative) terminal is usually made of a lead wire that is directly connected to the core, forming an electronic pathway. The core is normally filled with a liquid electrolyte, such as aqueous or non-aqueous organic solvents.The URZ2D330MHD aluminum electrolytic capacitor is a radial type, rated for 125volts and 330μF capacitance. It is a radial capacitor made with aluminum as the anode material. The capacitance is tied to the physical size of the capacitor – a larger capacitor has more capacitance than a smaller one. The URZ2D330MHD is made with a cylindrical tinned metal cover and aluminum foil as a dielectric and an organic electrolytic liquid. Its rated for operating temperature range is -40℃ ~ 105℃ and its rated life expectancy is 2000hrs when operated at 105℃.Its applications include coupling, decoupling, or bypassing of electric signals and noise suppression in circuits. The URZ2D330MHD capacitor has found its uses in power supplies, filters, circuit buffering, inertia damping, circuit timing, electric noise reduction and energy storage. Additionally, it can be used in automotive, industrial and consumer electronics.The electrode materials of the URZ2D330MHD capacitor have a large dielectric constant, which allows them to act as an electrical insulator when the flow of current is stopped at a certain area of the material. When voltage is applied to the electrodes, the dielectric breaks down and an electrical field is created that acts like a second layer of insulation. The electrical field controls the flow of electric charge, allowing current to only flow in certain directions.When the URZ2D330MHD capacitor is working, the electric charge flows through the length of the capacitor and the electrostatic field is created. The electric charge is stored on the surface of the dielectric material and the opposite charges inside the dielectric and the plate material are located on the electrodes. The electric charge remains stored while no current is flowing. When the voltage is applied to the capacitor, the electric charge is released, creating a current. This current is proportional to the applied voltage and the capacitance of the dielectric materials.In conclusion, the URZ2D330MHD aluminum electrolytic capacitor is a radial type capacitor rated for 125volts and 330μF capacitance. It is mainly used for coupling, decoupling, or bypassing of electric signals and noise suppression in circuits. It can also be used for automotive, consumer, industrial and other applications. The URZ2D330MHD capacitor works by creating an electric field that stores the electric charge on the surface of the dielectric material, allowing current to flow in predetermined directions while releasing the electric charge when voltage is applied.

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