M39003/01-5152

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Tantalum capacitors are electronic components that store or convert electrical energy. M39003/01-5152 is one of these capacitors, which have a variety of applications.

Application Field

The M39003/01-5152 capacitor has a capacitance of 5.6 µF and a operating voltage of 6.3 V. This makes it ideal for a variety of applications including power supplies, filters, communications equipment, instrumentation, and automotive electronics.

The ripple current rating of the capacitor is 1.0 A. This makes it suitable for applications that require reliable and predictable performance. Additionally, the capacitor has a low ESR rating of 0.0060Ω. This makes it well-suited for applications with high frequency switching, such as switched-mode power supplies and inverters.

Working Principle

The M39003/01-5152 capacitor is a cylindrically shaped capacitor. Its core is constructed with a high quality tantalum oxide dielectric and a nickel-plated steel electrode. This design ensures reliable performance at high frequencies.

When a tantalum capacitor is used in a circuit, an electric current in the same direction as the applied voltage passes through the capacitor’s core. As the current passes through the core it charges the capacitor with electrical energy. The amount of energy stored in a capacitor is proportional to the capacitance of the capacitor. The value of the capacitance of the M39003/01-5152 capacitor is 5.6 µF.

Once the capacitor is charged, the electric current passes through the capacitor’s core and out to the circuit. As the current passes through the core it is converted into a voltage, which is then applied to the circuit. The amount of voltage applied to the circuit is proportional to the capacitance of the capacitor. The value of the capacitance of the M39003/01-5152 capacitor is 5.6 µF.

The M39003/01-5152 capacitor is a reliable and efficient capacitor suitable for a wide range of applications. Its high ripple current rating and low ESR rating make it well-suited for applications with high frequency switching. Additionally, its cylindrical design ensures that it can withstand high temperatures and vibration.

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