4-1879064-9

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Tantalum Capacitors

Tantalum capacitors are quickly becoming a popular component in the electronics industry, due to their ability to provide a low-profile but reliable capacitance. The use of tantalum capacitors dates back to the 1940s, and has since been embraced by many fields of electronics manufacturing. This article will provide a brief overview of the application fields and working principle of the 4-1879064-9 tantalum capacitor, as well as discuss its performance and benefits.

Application Fields and Working Principle

Tantalum capacitors offer advantages in both industrial and military electronics because of their size and reliability. In addition, this particular component is applicable in the automotive industry as well. The 4-1879064-9 capacitors are designed to provide low-ESR and high-frequency characteristics, enabling them to perform well under harsh temperature and humidity conditions. As a result, this component was designed for use in military and avionic device applications due to its ability to provide high performance in extreme operating conditions.

This component utilizes an anode and cathode that are separated by a dielectric material. The anode is made from a porous, tantalum metal, and the cathode utilizes a combination of surface metallization and graphite, with an epoxy-ified sealant. When voltage is applied to this capacitor, the anode begins to accumulate an electrostatic field, which results in a time lag between when the voltage is applied and when the capacitor is fully charged. As the capacitor reaches full charge, it will begin to provide capacitance, with the amount of capacitance dependent on the particular model of the component.

Performance and Benefits

The 4-1879064-9 capacitors offer excellent performance due to their small size and low-ESR characteristics. This enables the component to successfully operate in wired and wireless applications, with a high degree of reliability. Additionally, the piece has been designed to provide long-term stability and reliability, due to its sturdy construction and superior dielectric material.

The combination of low-ESR and high-frequency performance allows the component to provide an accurate response to various electrical signals, while also taking up minimal space. This is very beneficial when it comes to the construction of portable electronic devices, as it significantly reduces the component footprint. Additionally, it offers excellent stability when it comes to temperature and humidity, while providing greater energy efficiency than its competitors.

Finally, the 4-1879064-9 capacitors provide several improvements over previous tantalum capacitors. These include increased reliability, mated with lower power consumption, improved noise immunity, and greater frequency stability. As a result, this component is quickly becoming the preferred choice for many military, avionic, and automotive applications.

Conclusion

The 4-1879064-9 tantalum capacitor is designed to provide superior performance in a wide range of applications. This includes industrial, military, automotive, and wired/wireless electronics. The component offers low-ESR, high-frequency, and long-term stability, while providing a reliable response to various electrical signals. Additionally, it is an exceptionally energy efficient component, with greater noise immunity and superior frequency stability compared to its competitors.

The 4-1879064-8 tantalum capacitor is quickly becoming a popular component of choice, due to its reliable performance and minimal footprint. Its ability to work effectively in extreme temperatures and humidity conditions make it ideal for military and avionic device applications, while its small size and energy efficiency make it a popular choice for consumer electronics and the automotive industry.

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