M39003/01-5679H

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Tantalum capacitors are a family of electrolytic capacitors which have tantalum oxides as their dielectric material. M39003/01-5679H is an example of such a capacitor. It is a general-purpose capacitor, rated at 12V and 0.22 uF. It is typically used for high frequency applications and has a relatively low effective series resistence (ESR) for its size.

Application Field

The M39003/01-5679H capacitor is mostly used in telecom, personal computers and LED displays. It can also be used for signal processing, high power rectification and noise suppression in automotive, industrial, instrumentation and consumer electronics applications. It is suitable for operation in environments -55C to +85C.

Working Principle

Tantalum capacitors work based on the dielectric-electrolyte properties of the oxide material. Also referred to as double-layered capacitors, they are made by coating a tantalum metal with an oxide electrolyte. This forms a dielectric layer between the two plates of the capacitor. When a potential difference is applied, the capacitance is created. This process is known as the polarization of the oxide layer.

The M39003/01-5679H capacitor is specially designed for low-noise and high-frequency applications. As compared to other types of capacitors, the M39003/01-5679H capacitor is characterized by low losses and a very low ESR. In this way, it is able to provide very high current handling capacity and excellent protection against high surge current.

Additionally, the M39003/01-5679H capacitor is also designed to have a low temperature coefficient of capacitance, making it suitable for temperature-sensitive applications. The capacitor also has an extremely small case size, which makes it ideal for use in applications with limited space constraints.

Conclusion

The M39003/01-5679H capacitor is a versatile device with many uses in a variety of industries and applications. It is a highly reliable capacitor that offers low losses, excellent protection against high surges, and a low temperature coefficient of capacitance. As such, it is an excellent choice for high-frequency, low-noise and temperature-sensitive applications.

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