T86C225M025EASS

Tantalum capacitors, often abbreviated as Ta-cap, are capacitors that use an oxide layer as an insulating medium. Commonly used in electronic circuits, they are known for their reliable performance in extreme temperatures and environments. The T86C225M025EASS is a tantalum capacitor designed specifically for applications in high temperature and high vibration environments.

Despite its small size, this specific capacitor is rated for electrical current carrying capacity from 0.1A up to 7A. It features a capacitance of 2.2µF at 10V with a specified maximum ripple current rating of 2.1A at 85°C. The capacitor includes a ground lead to ensure proper electrical connections to ground. Due to their small size, this type of capacitor can easily be integrated into circuit designs with tight space constraints.

T86C225M025EASS capacitors are uniquely designed to handle high temperatures and vibrations. They feature an extended operating temperature range -55°C to 150°C and high vibration ratings. The long-term reliability and exceptional environmental storage and operating temperature range make them ideal for use in avionics, military/defense and automated industrial applications.

In general, a capacitor is an electronic device used to store an electrical charge and subsequently released when a voltage is applied. This is done by having two conductive plates opposite each other, with a dielectric insulation between them. In the case of tantalum caps, their dielectric material is an oxide layer, formed when a thin layer of tantalum metal is oxidized and then compressed into a capacitor anode. Applying a voltage to this anode causes electrons to rush into the anode where they can build up to create an electrical charge.

By connecting the capacitor’s anode to ground, the rush of electrons in the anode causes them to be attracted to the negatively charged cathode, resulting in the formation of an electric field across the dielectric material. The electric field then stores the charge for a short period of time, until the voltage is removed. This process is repeated every time the capacitor is connected to a power source, with the charge stored in the electric field.

Using this principle of operation, T86C225M025EASS capacitors can be used in a variety of applications, such as camera modules, RF amplifiers and power systems, as long-term storage devices. Thanks to their superior electrical characteristics, they are also an excellent choice for voltage regulation and high-frequency transceivers. With their robust design and long-term reliability, they are well suited for use in harsh environments, such as those found in automotive, military and aerospace applications.

In conclusion, the T86C225M025EASS capacitor is a small, reliable capacitor specifically designed for harsh environments and high temperatures. Its small size allows for effective use in tight spaces, while its long-term reliability makes it an ideal choice for applications in extreme environments. By utilizing its principle of operation, it can be leveraged in a variety of applications to handle voltage regulation, high-frequency transceivers, camera modules and more.