CWR09FB105MB

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Tantalum capacitors represent one of the most advanced and prevalent capacitor technologies, possessing high capacitance, high frequency performance and integrated temperature protection, along with long lifespan and small form factors. As a result, they have become a staple in modern electronics and can be found in countless designs and applications, ranging from consumer to military applications. The CWR09FB105MB capacitor is one of the most popular choices of tantalum capacitors, due to its robust and versatile nature, making it an ideal partner for a wide range of tasks.

The CWR09FB105MB is a high-performance, four-terminal, axial lead capacitor with an encapsulated body. It has a 105μF nominal capacitance, an ESR of 0.27Ω and a rated working voltage of up to 25V. The CWR09FB105MB boasts inductance ratings of up to 0.87mH, allowing it to achieve optimal performance in high frequency applications. Its approximate dimensions are 25mm in length, 12.5mm in diameter, and it has a weight of 7grams. The tantalum component is conformally coated for moisture and solder resistance, ensuring a reliable and secure connection.

The main application field for the CWR09FB105MB is in high-density electronic boards, such as those found in communications systems, avionics and military projects. It is also a commonly used component in large-scale computing appliances and medical equipment. This capacitor provides reliable and high-performance solutions for power systems, motor control systems and a range of other military and civilian applications.

The working principle of the CWR09FB105MB is based on the physics of capacitance. When a dc (direct current) voltage is applied across the capacitor\'s two terminals, a charge accumulates on the plates and a current of decreasing magnitude is drawn. This is a result of the capacitor attempting to reach a steady potential state. By alternating the DC voltage, an alternating current circuit is created and the capacitor stores the energy converted from this current as a charge. Through this principle, the capacitor is able to rapidly store and discharge energy, thereby passing a current of observable magnitude.

The CWR09FB105MB offers an extremely robust and reliable solution for the majority of high-power applications and its 105μF capacitance ensures that peak currents and voltages can be rapidly sustained. The ESR ratings provide added protection against damaging levels of current and provide a robust solution for power systems and motor control systems. Overall, the CWR09FB105MB tantalum capacitor offers excellent performance for a wide range of applications.

The specific data is subject to PDF, and the above content is for reference