M39006/25-0261

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Tantalum capacitors are a type of electrolytic capacitor that consists of two electrodes filled with an electrolytic solution made of tantalum. The electrodes are separated by a thin film of tantalum oxide, which acts as the dielectric and insulator between them. Tantalum capacitors offer a number of advantages over other types of capacitors, such as low leakage current, long shelf life, and low self-discharge. These capacitors are particularly well-suited for use in high power, high frequency, and low voltage circuits.

The M39006/25-0261 tantalum capacitor is one of the most popular types used in military and aerospace applications. It is a molded case, axial lead capacitor with a wide temperature range and a low equivalent series resistance (ESR). The M39006/25-0261 also has a tight capacitance tolerance and a very low LCR. It is able to withstand high levels of vibration, temperature, and shock, and is designed for use in high-reliability applications.

The M39006/25-0261 has a variety of applications in military and aerospace, including power converter designs, overvoltage & undershoot management, projectile payload control, battery charging & discharging systems, and high-reliability video systems. The capacitor is also used in other applications, such as handheld electronics and consumer electronics.

The working principle of the M39006/25-0261 capacitor is very simple. When a voltage is applied across the electrodes, an electric field is created. This electric field causes the tantalum oxide to move and rearrange itself inside the capacitor, creating what is known as an internal polarization. The internal polarization creates a capacitance, meaning that the capacitor can store electrical charge.

The M39006/25-0261 capacitor is a reliable and versatile component that is widely used in military and aerospace applications. Its wide temperature range and low ESR makes it ideal for high-reliability circuits, and its low LCR ensures accurate signal acquisition and transmission. Its superior tolerance to vibration, temperature, and shock makes it suitable for a variety of hig-demanding applications. In addition, its simple working principle makes it easy to use and understand.

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