M39003/01-5682/TR

Tantalum capacitors offer significant performance advantages over other capacitor technology, especially in their high reliability, small size, and low dissipation factor. The M39003/01-5682/TR is a popular type of tantalum capacitor, and in this article we will discuss its application field and working principle.

Application Field:

M39003/01-5682/TR tantalum capacitors are designed for use with mating connectors and are intended for use in high temperature and low vibration environments. They are suitable for use in a wide variety of circuits, ranging from pulse generators and parallel drive circuits, to high speed bus interface drivers and RF frequency oscillators. In addition, they are particularly well-suited for analog applications such as signal conditioning and signal switching. In the case of digital applications, the working voltage can range from 3.3V to 25V, and the operating temperature range is from -55°C to +125°C.

Working Principle:

The M39003/01-5682/TR tantaum capacitor consists of two electrodes (anode and cathode) separated by an electrolytic dielectric material. They are typically polarized capacitors, meaning that the anode and cathode connections must be connected correctly in order for the capacitor to function as intended. During operation, a small voltage is applied across the electrodes, and this produces an electric field in the dielectric material. This electric field creates a charge storage mechanism, which keeps the capacitor\'s voltage constant during operation.

M39003/01-5682/TR tantalum capacitors use a tantalum anode and a silver-manganese cathode, and rely on wet and dry dielectric insulating layers to ensure reliable operation. These capacitors are also capable of handling very high voltages, and their internal design eliminates the need for any additional circuitry. This makes them very popular for use in power supply designs, where high voltage regulation is necessary.

Conclusion:

The M39003/01-5682/TR tantalum capacitor offers high reliability, small size, and low dissipation factor, making it ideal for a wide variety of circuit applications. Its application field encompasses high temperature and low vibration environments, and its working principle involves an electrolytic dielectric material with two electrodes connected correctly for the capacitor to properly function.