13008-021MESC

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Tantalum capacitors are a type of capacitors that are constructed from tantalum metal which act as the anode. The capacity of a tantalum capacitor is typically defined by the physical size and structure of the device, as the capacitance increases with a larger size. These capacitors are mostly found in consumer electronics such as cell phones, cameras, and computer systems, since they provide reliable and precise capacity measurements. The 13008-021MESC application field is part of this growing trend of using tantalum capacitors due to their reliability in providing accurate and precise measurements.

The 13008-021MESC is a specially designed tantalum capacitor that is used for high voltage applications. It has a capacitance of 250uF and tolerances of up to 2%. This makes it an ideal choice for applications that require higher accuracy, such as in motors or other electrical equipment. It is also capable of providing a wide voltage range of up to 160V.

The 13008-021MESC is constructed of two electrodes, with one being an anode and one being a cathode. These electrodes are held together by a conductive polyester film that is electrically insulating. This film is then filled with titanium dioxide to form the dielectric. This dielectric serves as the medium through which an electrical charge is stored. A terminal is then used to attach the capacitor to the device being operated, which can then be used to supply or receive the electrical charge.

The working principle of the 13008-021MESC is based on the ability of the dielectric medium to allow a charge to flow between the two electrodes without any current leakage due to it’s high dielectric breakdown voltage. This is in contrast to other types of capacitors which use coils or other mediums that require coils for charge storage. As the voltage is applied to the capacitor, the dielectric medium behaves like an insulator, preventing charge from travelling between the two terminals until the applied voltage exceeds the dielectric breakdown voltage of the dielectric.

When the charge is applied to the capacitor, it causes a buildup of charge on the anode which in turn increases the voltage applied to the positive terminal of the capacitor. As this voltage exceeds the dielectric breakdown voltage, charge is allowed to transfer from the anode to the cathode, causing a decrease in the voltage applied to the positive terminal. This process continues until the charge on both the positive and negative terminals reaches a steady-state equilibrium, at which point no further charge transfer is allowed.

The 13008-021MESC is a reliable and accurate capacitor, that is ideal for many electrical applications. Its dielectric breakdown voltage is complicated, and can be tailored for specific requirements depending on the application. Its wide voltage range and precise capacitance measurements make it suitable for a wide range of high voltage applications, and its ability to store and discharge a charge without any current leakage makes it ideal for applications that involve rapid voltage changes.

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