M39003/01-6100/HSD

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Tantalum capacitors are components designed and manufactured to provide reliable and repeatable capacitance storage capability in high-frequency defined operating environment. The M39003/01-6100/HSD capacitor is a tantalum capacitor specifically designed by Vishay Intertechnology for use in military applications for aircraft, spacecraft, and other defense systems. Specific design features make this capacitor suited for use in high voltage, high-temperature and radiation hostile environment.

The M39003/01-6100/HSD capacitor consists of an anode of solid tantalum and a cathode of manganese dioxide in a hermetic case fabricated from heat stabilized Kovar overglass. The capacitor is encased in a ceramic to metal seal with a double seal construction and hermetic aluminum welded cover. The solid tantalum anode construction is characterized by a form of conductive polymer system that enhances the capacitor\'s high temperature operation capability.

The M39003/01-6100/HSD capacitor is designed for simple uncoupled RF applications and is well-suited for use in electronic circuits that are very space, weight, and power-constrained, such as aircraft and space applications. The capacitor features high-frequency operation capability and reliable capacitance performance regardless of temperature, vibration, and other environmental conditions. The capacitor is also suitable for military applications requiring very high temperature operation. The capacitor\'s intrinsic construction and design also enables it to withstand extreme levels of radiation, making it ideal for certain space applications.

The capacitor\'s operation is based on the ability of the anode to store electrical energy efficiently through the creation of a dielectric layer between it and the cathode, while also maintaining the capacitor\'s structural integrity. The capacitor\'s dielectric layer is formed by the reaction between the anode\'s surface and the electrolyte in the cathode. When the capacitor is placed in an electrical field, the dielectric layer becomes polarized and stores charges. These stored charges in the dielectric form the capacitor\'s capacitance, which means that the dielectric thickness determines the amount of capacitance that can be stored in the capacitor.

The capacitor\'s capacitance can be regulated through the application of a voltage potential. The voltage potential will affect the thickness of the dielectric layer, resulting in a corresponding change in the capacitance. The voltage potentials used to control the capacitor are typically supplied continuously by a power source, such as an AC signal, or a DC field. The voltage will cause the capacitor to store more or less charge as the signal rises or falls in strength, resulting in a predictable and consistent capacitance.

The M39003/01-6100/HSD capacitor is a highly reliable and robust solution for applications that require high-temperature operation and high-frequency performance in extreme conditions. Its intrinsic construction gives it superior resistance to shocks, vibration, and radiation, making it an excellent choice for use in military and space-grade electronic systems. The capacitor\'s unique design and construction also enable it to maintain a predictable and reliable capacitance performance over its operating life, making it an excellent choice for applications that require stable and reliable capacitance over time.

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