T356H226K025AT

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T356H226K025AT capacitors belong to the category of tantalum capacitors. Tantalum capacitors consist of a solid conductive anode that is covered with an insulating oxide layer used as dielectric, followed by a conductive solid or liquid electrolyte. They are designated as Ta or T for tantalum, followed by a three-digit numerical code indicating the size; H for hermetically sealed types; 226 with two digits indicating capacitance value in microfarads; K to specify the voltage rating; and AT to indicate the termination style.

T356H226K025AT capacitors are used in various electronics applications, including cell phones, computers, automotive systems, audio equipment and industrial controllers. Their main advantages are low price, high capacitance, low leakage current and a long shelf life. These capacitors are generally used in power saving circuits, as well as in high frequency compensations and filtering applications.

T356H226K025AT capacitors work by accumulating electric charge in a capacitor. As electricity flows through a capacitor, the electric charge is stored in a dielectric material, in this case it is the tantalum capacitor\'s insulating oxide layer. An electric field is created by the charge, which causes a voltage drop across the capacitor\'s plates. This voltage is proportional to the amount of charge stored in the capacitor.

T356H226K025AT capacitors can handle relatively high voltages and currents, making them well-suited to many applications. They also have a long shelf life, so they can remain operational even after being stored for an extended period of time. They are relatively small and light in weight, making them an ideal choice for space-critical applications. Additionally, the tantalum material used in these capacitors has a low level of inductance, which makes them suitable for use in high-frequency circuits.

T356H226K025AT capacitors are relatively simple in design and relatively low cost, making them a popular choice for use in many electronic applications. However, it is important to note that these capacitors require a certain degree of care when handling, as the oxide layer can be damaged, resulting in an electrical short. Additionally, these capacitors must be replaced regularly to maintain optimal performance, as the dielectric will degrade over time.

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