150D826X9010R2T

Tantalum capacitors are an important component in a wide range of electronic circuits. They are used for general applications such as filtering, bypassing, and coupling, but are also used in many specialized applications such as decoupling, timing, and low dropout regulation (LDO). One such specialized part is the 150D826X9010R2T, a high-performance 10R2T tantalum capacitor.

The 150D826X9010R2T is a low-ESR (equivalent series resistance) capacitor with a capacitance of 10,000µF/25V. This makes it highly suitable for use as a decoupling capacitor, as it can provide effective decoupling and filtering of noise and spikes in a circuit. It is also capable of handling transient voltage spikes, making it useful for applications such as automotive or industrial equipment. It has a high working temperature range of -55°C to +105°C, meaning it can be reliably used in both hot and cold operating environments.

The 150D826X9010R2T has a high-performance construction, with a maximum ESR of 0.018Ω at 1MHz and an impressive Q-factor of 1000. It uses a tantalum anode material which makes it both highly reliable and highly efficient, and can provide long-term stable performance even in difficult operating environments. It also has a high self-resonance frequency of 70MHz, meaning it can safely be used in high-frequency applications.

The 150D826X9010R2T also has an impressive operating life, with a projected life expectancy of up to 1000 hours at rated voltage and temperature. This makes it ideal for use in long-term applications, such as in medical equipment, where reliable performance is essential. The 150D826X9010R2T\'s enclosed construction also helps to protect it from environmental contamination and premature failure.

In summary, the 150D826X9010R2T is an excellent choice for many applications. Its low ESR, high Q-factor, and high stability make it ideal for use in decoupling and filtering circuits, and its robust construction and long-term life expectancy make it a great choice for long-term applications in challenging environments.