M39003/01-7371H

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Tantalum capacitors have been developed to provide very low power losses, high temperature operation, and small physical size in lightweight electronic applications. The M39003/01-7371H is a low ESR tantalum capacitor designed for high-performance, medium voltage applications. It is a cost-effective device for specific application areas, such as power management, energy storage, RF energy storage, and snubber circuits.

The M39003/01-7371H is a dipped hermetic-sealed tantalum surface-mount device that offers high performance and low power dissipation. The device is extremely reliable and offers low impedance characteristics. The hermetic seal allows the capacitor to be usable in a wide range of environmental conditions, including high humidity, persistent temperatures, and corrosion resistance.

In terms of application field, the M39003/01-7371H tantalum capacitor has multiple use cases. It has been designed for aerospace and military applications, as well as for energy storage applications in automotive and telecommunications applications. Further, the capacitor can be utilized in portable computing systems and notebook computers for efficient power management. The capacitor can also be employed in various industrial equipment and applications where power control is necessary. Lastly, the capacitor has been implemented in energy storage applications in bio-medical monitoring, motors, and satellite communication systems. All in all, the M39003/01-7371H is a well-rounded, reliable device, with use cases in various sectors.

The M39003/01-7371H tantalum capacitor functions through a principle of electrostatic storage or “charging.” Two conductors are placed in close proximity to each other, separated by a dielectric material. A voltage difference between the conductors will produce an electric field in the dielectric material. The electric field polarization of the dielectric molecule will form a charge in excess of the conductor. Thus, the electric charge stored on the capacitor plates results in a capacitor’s capacitance.

Load impedance also plays a major role in the device’s working mechanism. Load impedance is analogous to an electrical load, and is considered a “real” value component. The load impedance works with the capacitance to determine the amount of total energy the capacitor can store. Since the capacitors do not have infinite energy storage capacity, the load must be placed within a reasonable limit that allows the capacitor to perform its job without exceeding its limitations.

The M39003/01-7371H tantalum capacitor also utilizes temperature compensation. To lower the temperature’s impact on capacitance, a new dielectric is added to the device. Certain explosives, such as aluminum nitrite, provide a much lower temperature coefficient, while maintaining the device’s stability and reliability. Hence, the M39003/01-7371H can be employed in a wide range of temperatures, with lower-capacitance variations.

All in all, the M39003/01-7371H is an efficient, reliable, low-power dissipation tantalum capacitor, designed for high-performance, medium voltage applications. The device has flexible use cases, with application areas such as aerospace and militaty, automotive, telecommunications, and bio-medical monitoring. Further, the device utilizes the principles of electrostatic storage and temperature compensation for optimal performance and reliability.

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