T95S685K6R3HZSL

T95S685K6R3HZSL capacitors are widely used in various industries. The most common form of these capacitors is an electrolytic capacitor, whose active components consist of a Ta2O5-type solid electrolyte and two electrodes - one made of tantalum and the other of a different metal. At its most basic, a tantalum capacitor is essentially a kind of rechargeable battery, with a fixed charge that is released when the capacitor is linked to a power source.

Application field

The main advantage of T95S685K6R3HZSL capacitors is that they can store a vast amount of energy, which makes them ideal for applications that require high levels of power to be released in short bursts. As such, these capacitors are most commonly used in electrical circuits. Examples include medical devices (e.g. pacemakers) and portable electronics (e.g. portable media players). Moreover, due to their high power density and relative light weight, they can also be found in hybrid and electric vehicles, as well as in aircraft and missiles.

Working principle

The working principle of a T95S685K6R3HZSL capacitor is fairly straightforward. It is composed of two metal surfaces, of which one is covered with a layer of tantalum pentoxide. The active component — the electrolyte — is made of a solid electrolyte and two electrodes, one made of tantalum and the other of a different metal, such as titanium. Through the electrical contacts, a current flows through the two electrodes, causing the tantalum to absorb positively charged ions. When the current is released, the ion-rich tantalum discharges its charge, providing power.

As the capacitance of T95S685K6R3HZSL capacitors is higher than that of other types of capacitors, they are able to store higher amounts of charge. Moreover, thanks to their small physical size, these capacitors can be used in extremely confined spaces. Due to their high power density, they are often used in applications that require high levels of current (above 1 A) for short periods of time.