M39003/01-8160

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Tantalum capacitors are widely used in many industrial applications requiring high performance, power reliability and long life. M39003/01-8160 is one of the most popular models of tantalum capacitors. It is an axial-lead type tantalum capacitor with polyester film dielectric and solid electrolyte. The maximum operating temperature of this model is 105°C and the dissipation factor is typically 2.5%. It is available in case sizes ranging from “C” to “F” and can be used for both decent and high temperature device assembly.

In terms of its application field, M39003/01-8160 is mainly used in computer equipment, aerospace and medical device applications. It can be used in power supply converters, DC-DC converters, energy storage systems and other systems that require low noise and long life. It provides the user with high capacitance, low impedance, long life, excellent ESR performance, and improved charge and discharge characteristics.

The working principle of M39003/01-8160 is based on Faraday’s law of electrostatics. This law states that the voltage across a capacitor is equal to the rate of change of the magnetic field flux through the capacitor’s plates. The electrodes of the capacitor absorb energy from the electric field when a voltage is applied across its terminals. The absorbed energy from the field is then stored in the form of an electric charge. The stored charge is then discharged when the voltage is reversed across the capacitor\'s terminals.

M39003/01-8160 is also designed using a low ESR (Equivalent Series Resistance) to ensure complete utilization of the stored charge. This low ESR also helps to minimize power loss due to resistance. Furthermore, the capacitor is also designed with a low self-inductance to ensure complete capacitance is available across a wide frequency range. This combined low resistance and inductance and increased capacitance results in increased energy storage and improved efficiency of the device.

In conclusion, M39003/01-8160 is a high-performance tantalum capacitor used in many industrial applications. It features a polyester film dielectric and solid electrolyte and can operate at temperatures up to 105°C. It is designed with a low ESR and self-inductance, which increases the energy storage capacity and efficiency of the device. The capacitor works by using Faraday’s law of electrostatics to store energy from the electric fields when a voltage is applied across its terminals and then to discharge the energy when the voltage is reversed.

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