M39003/09-0130/HSD

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Tantalum capacitors are a type of electrolytic capacitors. They are made of an anode and a cathode separated by a thin layer of dielectric material, which is usually tantalum pentoxide or aluminum oxide. The anode and cathode are typically made of nickel, copper, chromium or palladium layers. They work by creating a charge imbalance when a voltage is applied, which results in an electric field that stores electrical energy.

The M39003/09-0130/HSD is a particular type of tantalum capacitor. It is a hermetically sealed, high-temperature, radial leaded capacitor with a maximum equivalent series resistance of 7.5m, a maximum capacitance of 33uF, and a nominal leakage current of 0.0143mA. This capacitor is designed to be used in applications such as power supply filtering, bypassing, signal filtering, and circuit protection.

Tantalum capacitors like the M39003/09-0130/HSD typically operate in two main modes: capacitance and power mode. In capacitance mode, the capacitor acts as a filter, removing noise and unwanted frequencies from the signal. In power mode, the capacitor stores energy and releases it to supply power to the circuit during times when the main power source is not available. Tantalum capacitors are especially useful in providing short bursts of energy, such as when the power supply is briefly switched off. This enables the circuit to remain operational.

The M39003/09-0130/HSD is designed to handle very high temperatures, making it suitable for use in automotive and aerospace applications. Its hermetically-sealed design also ensures that the capacitor can withstand harsh environmental conditions, including temperatures up to 125°C. It is also highly reliable and has a long life expectancy.

In conclusion, the M39003/09-0130/HSD is a high-quality, high-temperature, hermetically-sealed radial leaded tantalum capacitor. It is capable of working in both capacitance and power mode and is designed to be used in a variety of applications. It is highly reliable and can withstand extremely high temperatures, making it ideal for automotive and aerospace applications.

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