M39006/22-0301

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Tantalum capacitors are electrical components used in a variety of electronic devices and systems that require capacitance and charge storage. The M39006/22-0301 device is particularly valuable for applications that require high operating temperatures as well as high reliability and long-term stability. This document explains the devices\' features and outlines their applications and working principles.

Description

The M39006/22-0301 is a tantalum capacitor that features a sintered anode material for higher capacitance and long-term stability. The device also features a hermetically-sealed metal case, a glass-to-metal seal, MMC wire lead for superior mechanical and environmental performance, and a SPQ up to 750 pieces. These capacitor characteristics enable it to provide reliable performance even at high temperatures.

Applications

The M39006/22-0301 capacitor is ideal for use in high-reliability, long-term, and harsh-environment applications. These include military systems, avionics, telecommunications, high-integrity I/O, power management, and industrial control systems. It is also well-suited for space, high temperature, undersea, and radiation-sensitive applications.

Working Principle

Tantalum capacitors work on a dielectric medium principle. Electrodes are operated by applying a voltage difference between them. This creates an electric field that causes positive and negative charges to accumulate on the plates of the capacitor. The dielectric medium between the plates insulates the charges that have accumulated, allowing for the storage of charge. The constant charge stored in the dielectric is known as capacitance (C) and it is expressed in Farads (F).

The M39006-22-0301 capacitor is designed to operate at extremely high temperatures and still provide reliable performance. The sintered anode material used in the device increases the specific capacitance, meaning that it can store more charge for a similar size compared to other capacitors. This increased capacitance is essential for high reliability and long-term stability.

The hermetically-sealed metal case is an important feature of the M39006/22-0301 as it protects the device from external environmental factors that could lead to oxidation, corrosion, and moisture related damage. The glass-to-metal seal further ensures that the capacitor is completely hermetically sealed and that no foreign particles can enter. The MMC wire lead adds to the devices\' superior mechanical and environmental performance.

Conclusion

Tantalum capacitors offer a reliable and long-term solution to a variety of electronic applications. The M39006/22-0301 device is particularly valuable for applications where high operating temperatures and high reliability are a must. Its sintered anode material, hermetically-sealed case, glass-to-metal seal, and MMC wire lead provide superior mechanical and environmental performance as well as long-term stability.

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