M39003/03-0461H

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Tantalum capacitors are sought-after components in a variety of industrial applications for their reliable, efficient power storage. The M39003/03-0461H is an example of such an electronic component, designed specifically for use in environments with demanding temperature and shock requirements. By utilizing a tantalum wirewound form factor, the M39003/03-0461H is capable of operating in a wide range of temperature conditions without the risk of component damage or malfunction.

M39003/03-0461H function by storing electricity into a form of “double-layer capacitance,” a common application of capacitive storage technology. Through this arrangement, positively and negatively charged ions are separated by a thin lamination or insulation layer—the dielectric—in the capacitor. This arrangement of layers creates an electrostatic field, which stores and releases electricity through the use of direct current. The capacitance can be adjusted by increasing or decreasing the voltage applied across the capacitor.

The M39003/03-0461H’s tantalum wirewound form factor allows it to achieve a high capacitance in relatively small packages. The use of a tantalum core gives the component the advantage of being capable of sustaining a much higher capacitance than non-tantalum capacitor solutions. Tantalum capacitors can provide high power density in a small form factor, making them ideal for applications that require compact devices with a high electrical current rating.

The M39003/03-0461H can be used in a wide range of environments, from military applications to telecommunications. Its highly-durable construction and reliable performance make it competitive with other devices in its class. The component is also capable of working at temperatures up to 125 °C, making it suitable for industrial environments with extreme temperatures. Additionally, its ability to perform in high shock and vibration applications make it an excellent choice for rugged applications like aerospace and automotive engineering.

In addition to its reliable performance in extreme environmental conditions, the M39003/03-0461H also offers superior efficiency. Its use of tantalum wirewound technology ensures a higher-than-average energy efficiency, meaning it can deliver more power with less consumption. Its lower internal resistance means it can operate at relatively low temperatures, reducing the risk of damaging other components. In short, the M39003/03-0461H represents an ideal solution for many industries, combining reliable performance with higher-than-average efficiency.

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