13008-041MESZ/HR

Tantalum capacitors are the perfect components for many various applications, from video and audio equipment to even military and aerospace systems. 13008-041MESZ/HR capacitors, also known as tantalum-manganese capacitors, are specially designed to provide superior performance and reliability. These high-performance capacitors allow for increased efficiency in several areas while effectively handling a variety of tasks.

The construction of most tantalum capacitors consists of an anode cathode arrangement with an electrolytic solution that is similar to aluminum electrolytic capacitors. The anode is usually made of a tantalum core that is coated with an insulator such as manganese phosphate, while the cathode is made of an electrolyte material such as manganese dioxide, which is designed to prevent dielectric breakdown. Additionally, the anode and cathode each have a number of short-circuit connections between them called “stacks”. These stacks help the capacitor maintain its performance characteristics.

Because of the unique combination of features offered, 13008-041MESZ/HR capacitors are designed for a wide variety of applications. Their performance features make them an excellent choice for use in electronics, power supplies, computer equipment, and industrial equipment. They also offer an excellent choice for portable applications, like cellular phones and personal digital assistant (PDA) devices. These components can also be found in military and aerospace systems, for applications such as data recording and communication.

One of the advantages that makes 13008-041MESZ/HR capacitors so attractive for various applications is their low profile. This feature enables these components to be used in space-constrained areas, such as on printed circuit boards and in multi-layer assemblies. The low profile and small size also make the components easy to mount and maintain. Additionally, the low profile and the high-temperature tolerance of these capacitors make them ideal for use in high-temperature and extreme-environment applications.

The working principle of 13008-041MESZ/HR capacitors is based on the principles of electricity. When an electric current passes through the component, the anode and cathode become charged and conductive. This charge, in turn, attracts and repels the ions in the electrochemical solution. This charge generates a potential difference across the component and creates an electric field. This electric field will allow current to flow freely and will store energy.

The 13008-041MESZ/HR capacitor offers a variety of features and advantages that make it an attractive choice for a wide range of applications. Its low profile helps to conserve space, and its high-temperature tolerance makes it a great choice for high-temperature and extreme-environment applications. The unique construction of the anode and cathode makes it reliable and effective in countless applications, while its working principle based on the principles of electricity enables it to effectively store and discharge energy.