13008-061MESZ/HR

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Tantalum capacitors are a type of electrolytic capacitor, consisting of tantalum powder pressed into a pellet shape with a contact plate layer on the top and bottom. This type of capacitor is formed when a non-conductive oxide (anode) layer is formed on the tantalum powder particles. The anode is formed when a voltage is applied to the tantalum anode plate through an electrolytic solution. This process creates a uniform and thin surface layer on the tantalum particles. This layer acts as a dielectric barrier and allows the capacitor to store a charge.The 13008-061MESZ/HR application field and working principle refers to their capability in helping different applications. The main purpose of these capacitors is to reduce high frequencies of electrical signals, helping power supplies discharge power quickly without overloading the system. This helps to regulate current and voltage in a circuit. The working principle is based on the capacitance of the synthetic oxide layer formed during anode formation. Capacitance depends on the thickness of the synthetic oxide layer, the size of the tantalum particle, and the distance between the anode and the surface of the capacitor. Capacitance increases with decreasing thickness of the oxide layer and increasing particle size and spacing. The major advantage of the 13008-061MESZ/HR capacitors is their high ripple current rating, high temperature ratings, and long service life. The anode constructed of high-purity tantalum helps increase service life. The higher temperature ratings and long life lead to more reliable operation over long periods of time. Additionally, these capacitors are much smaller than traditional capacitors.These capacitors are also found in various applications such as television sets, computer power supplies, military systems, and cellular phones. They are mainly used in power supply filtering and bypassing and for signal processing. Furthermore, they are favored for their high temperature operation.These capacitors have become an integral part of modern electronics; their superior performance has enabled major advancements in electronic systems. The superior performance of these capacitors is mainly due to their extremely low internal resistance and the high temperature ratings, which allows them to be used in many applications.The 13008-061MESZ/HR application field and working principle is important for the overall performance of electronics in which they are used. The use of these capacitors in different applications is beneficial, providing additional protection to sensitive electronics and helping to maintain optimal power supply conditions. They are great for applications requiring stability, reliability, and long life. In addition, the stability of these capacitors ensures that current and voltage is regulated, and the excellent temperature resistance ensures that these capacitors can be used in extreme conditions.

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