M39006/22-0569

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Tantalum capacitors are an important type of electronic component found in a variety of applications. The M39006/22-0569 is a widely used tantalum capacitor featuring a single-anode construction, with excellent temperature and voltage characteristics, and long shelf life. It is designed for reliable use in hostile environments, and is especially suited for aerospace, medical, and military applications.

The M39006/22-0569 is a molded, glass-filled epoxy body, containing a high dielectric, electrolyte-impregnated anode, and a metallic cathode. The hermetic seal allows the capacitor to be used in the presence of moisture, corrosive gases, and other environmental conditions. The capacitor is designed to operate over a temperature range of -55°C to +125°C.

The M39006/22-0569 is designed to handle a wide range of voltages, with a rated capacitance up to 270µF and a working voltage of up to 25V. Its small size makes it ideal for crowded circuit boards, while its large capacitance allows it to hold a charge for a long period of time even when it is not being actively used. Its low ESR (equivalent series resistance) also ensures maximum efficiency and performance in any application.

The working principle of M39006/22-0569 is based on the concept of electrostatic capacitance. This can be described as the ability of a capacitor to store electrical energy within its components. When an electrical potential is applied across the capacitor, electrical charge is stored electrostatically in the dielectric material. It is this charge that creates a voltage difference between the two metal plates, allowing for the storage of electrical power.

The capacitor is composed of two plates: the anode and the cathode. The anode is typically made from a dielectric material, and is the negative side of the capacitor. The positive side is the cathode. When a voltage is applied, the anode builds a negative charge on its surface, and the cathode builds a positive charge. This creates an electrostatic field, allowing the capacitor to store electrical power. The amount of energy that the capacitor can store is determined by the size of its dielectric and the applied voltage.

When no charge is applied to the capacitor, it is in a stable state and holds no charge. When a charge is applied, the capacitor starts to build a charge, and does not release it until the applied voltage is removed. This makes the M39006/22-0569 an ideal component for use in applications that require long-term storage of energy. Its long shelf life and temperature and voltage characteristics also make it perfect for a variety of aerospace, medical, and military applications, such as those involving high shock and vibration conditions.

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