M39003/01-3192

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Tantalum capacitors are actively used in the electronics industry for various applications thanks to their unique properties including high capacitance to volume ratio, small size, and lack of prone to shorting of leads. The M39003/01-3192 is a tantalum capacitor that provides an ideal solution for high-density and applications requiring long life and high reliability. This article will discuss the applications field and working principle for the M39003/01-3192.

Features of M39003/01-3192

The M39003/01-3192 features a rugged construction with an injection molded case that is resistant to high levels of shock and vibration, and has low internal resistance. Its unique design allows for superior performance in military and aerospace applications. In addition, the capacitor has a built-in voltage limiter that ensures stable and reliable operation in the event of transient overload. Additionally, this capacitor is made with a Niobium-doped anode that enables faster current charging and a longer service life.

Application Fields of M39003/01-3192

The M39003/01-3192 is suitable for use in aerospace applications such as missiles, space crafts, and satellites. Additionally, the capacitor provides excellent performance in avionics, communication and defense applications. This capacitor is suitable for use in applications that require high density, high voltage, and high reliability. It is used in filter circuits, pulse generators, and power supplies. Furthermore, it is ideal for use in motor drives or actuators.

Working Principle of M39003/01-3192

The M39003/01-3192 is a type of polarized capacitor, meaning it has two leads. One lead is the anode, and the other lead is the cathode. The + terminal is connected to the anode, and the – terminal is connected to the cathode. When an electric current is applied, the anode and the cathode become positively and negatively charged respectively. The voltage across the capacitor is determined by the rate of charge and discharge and is proportional to the applied current. The capacitance of the capacitor is determined by the rate of charge and discharge and is proportional to the capacitance value.

The M39003/01-3192 tantalum capacitor has a unique construction which consists of a dielectric formed between the anode and the cathode, a conductive oxide layer forming the anode, and a cathode layer made from high purity tantalum oxide that forms the anode. The dielectric material is made from tantalum pentoxide with a low conduction resistance. The conductive oxide layer forms the anode and allows current to flow. The cathode layer is made from a high purity tantalum oxide which allows for rapid current discharge and better turbulent flow of electrons, as well as improved dielectric absorption.

Conclusion

The M39003/01-3192 is a tantalum capacitor that can provide excellent performance in military and aerospace applications. It features a rugged construction with an injection molded case to ensure long life and high reliability. This capacitor is suitable for use in applications requiring high voltage, high density, and high reliability, such as filter circuits, pulse generators, and power supplies. The working principle of this capacitor consists of two leads with positive and negative charges, which create a voltage across the capacitor when an electric current is applied. Thanks to its unique construction and properties, the M39003/01-3192 offers an ideal solution for high-density applications.

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