595D476X06R3A2T

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Tantalum capacitors are widely used in many applications as a reliable and efficient way to store and supply electrical current. These components come in a wide variety of sizes and shapes, from chip tantalums to large axial-lead and radial-lead components. They are capable of supplying higher energy density than many aluminum electrolytic capacitors in a much smaller form factor. The 595D476X06R3A2T is an example of these components that boasts a high capacitance rate relative to its size and offers excellent performance characteristics in a variety of different applications.

The 595D476X06R3A2T boasts a temperature range of -55 to 105 degrees Celsius and an increased voltage rating of up to 2.5 times its capacitance in Volts. This allows the component to operate in applications requiring higher levels of performance and stability, such as in high power LED lighting systems, motor control circuits and voltage hold-up lines. Additionally, the 595D476X06R3A2T’s low profile design allows for easy integration into space-constrained applications.

At the heart of the 595D476X06R3A2T and other tantalum capacitors lies a tantalum pentoxide dielectric material which acts to store and supply electrical energy. This material, a molecular layer of oxide, is formed when two metal electrodes, usually a piece of tantalum metal and an anode, are immersed in an electrolyte solution and subjected to a voltage. As current is applied, this electrolyte solution generates an oxide layer that is deposited on the tantalum metal. This oxide layer provides the dielectric properties responsible for charge storage. As a result, it is the ratio between the tantalum metal sphere and the oxide that determines the size and capacitance of the capacitor.

The 595D476X06R3A2T is assembled in a non-conductive case, typically made of epoxy or plastic. Its end faces are coated with a metal layer or metal tabs to serve as the external connection points for electrical current. This ensures that the capacitor does not suffer from potential contact problems that could interfere with its desired operation.

In the 595D476X06R3A2T, the tantalum pentoxide dielectric material is capable of storing a tremendous amount of charge while withstanding high levels of temperatures, humidity, shocks and vibration. Its low equivalent series resistance (ESR) also allows current to be supplied and stored with greater efficiency. Furthermore, its lower ESR also lowers the overall system cost by reducing the number of components needed to manage electrical current.

The 595D476X06R3A2T is an excellent choice for use in an array of different applications due to its high temperature ratings, low ESR, small size and wide operating range. Its wide range of voltage ratings also make it a great option for applications such as motor control circuits and voltage hold-up lines that require high levels of performance and stability.

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