T351H226M025AT

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Tantalum capacitors are highly efficient, electrolytic capacitors that offer a wide array of capabilities, specifically when used in demanding applications. They are made up of a tantalum oxide film and a conductive material and their main purpose is to store and release electrical energy. T351H226M025AT is a type of tantalum capacitor and it has some special features that make it suitable for certain applications.

T351H226M025AT capacitors are prototypical for their high-temperature performance and reliability. They are popularly used in high temperature, high vibration andhigh current applications, such as in power supplies, control circuitry and in medical equipment. As these capacitors can withstand high temperatures and are highly resistant to vibration, they provide consistent performance and reliability in tough environments.

The working principle of a T351H226M025AT tantalum capacitor is based on the double layer principle and electrical double layer capacitance. Essentially, inside the capacitor two separate layers of electrolyte and metal oxide are formed. These layers are separated by a small distance which is the dielectric layer. When the capacitor is charged and discharged, a difference of potential is formed between the two layers. This difference of potential determines the value of capacitance.

The dielectric layer of the capacitor is also made up of a unique “tantalum metal/oxide film”. This film is formed when the metal surface is exposed to anoxygenated electrolyte solution. This film is highly resistant to thermal, mechanical and electrical shocks. This gives the T351H226M025AT application field an advantage of being able to operate at an elevated temperature without compromising reliability.

In addition to its excellent thermal performance, this capacitor also has superior electrical performance characteristics. It has superior ripple current capability and is able to be discharged up to two times faster than traditional tantalum capacitors. This makes it ideal for applications that require quick discharging of capacitance. It is also highly resistant to short circuit, making it a suitable choice for applications with high operating temperature, high vibrations and high current.

T351H226M025AT capacitors are also highly reliable. They are designed with a highly reliable electrolyte and their construction is designed to provide consistent capacitance values. This ensures that the capacitance will not change significantly when the capacitor is used in an elevated temperature or vibrating environment. Additionally, these capacitors are also highly compliant with environmental safety standards, making them suitable for use in sensitive applications.

The T351H226M025AT application field and working principle provides a unique combination of reliability, efficiency, and cost-effectiveness. This makes it a suitable choice for high-temperature, high vibration and high current applications. It is highly reliable, has superior electrical characteristics and is highly compliant with environmental safety standards, which makes it ideal for use in nearly any application.

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