M39003/09-4084H

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Tantalum capacitors are standard capacitors which are mainly created using tantalum oxide. The interior of the capacitor is created with a particular type of soil, and then packed within a ceramic case, with metal plates. The entire unit is then sealed with a resin which makes the capacitor moisture resistant. The most common types of tantalum capacitors are solid chip tantalum capacitors, solid wet-slug tantalum capacitors, and miniaturized axial-leaded tantalum capacitors.

M39003/09-4084H is a wet-slug tantalum capacitor. It operates with axial leads and is usually found in power supplies, high frequency devices, and circuits with high-voltage pulses. It is an ideal choice for automatic insertion and high shock applications. The capacitor provides exceptionally reliable operation, low noise, and good thermal stability.

The working principle of M39003/09-4084H is based on capacitor dielectric technology. The tantalum, which is used as the dielectric material for the capacitor, is layered onto an anode substrate. This structure creates a stable electrical barrier to charge carriers, which allows the capacitor to store and release energy as required. The capacitor also has an electrolyte solution that acts as a filter between the anode and cathode inside the capacitor. This filter helps to reduce the levels of electrical noise and ripples within the capacitor, making it more reliable.

Basically, M39003/09-4084H works as a charging and discharging device. The capacitance of the capacitor can be adjusted by changing the ratio between the capacitance of the dielectric material and the capacitance of the electrolyte solution. When a voltage is applied, electricity flows from the positive side to the negative side of the capacitor until it reaches the balance point (the dielectric saturation voltage). At this point the capacitor stops charging. Discharging occurs in a similar way and the voltage drops until it reaches the dielectric breakdown voltage.

M39003/09-4084H is suitable for use in high voltage circuits as it has an operational voltage of 200 VDC. It can also tolerate high temperature environments, with a maximum rated temperature of 125°C. This makes it ideal for use in military, aerospace, and other demanding applications. In addition to high voltage and temperature operations, the capacitor also offers high stability and good frequency response. With its good reliability, high temperature, high voltage, and stability, M39003/09-4084H is an effective and reliable component for many applications.

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