TPSY107M010R0200

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Tantalum capacitors are electrochemical capacitors which use a tantalum anode, with an oxide layer acting as the dielectric, and a cathode made up of a variety of materials including liquid electrolyte, metallic foil, and conductive polymer. Used notably by the military, these capacitors are renowned for their long life, low ESR (Equivalent Series Resistance), and high reliability. As such, TPSY107M010R0200 is often employed in a variety of applications.

TPSY107M010R0200 Key Characteristics

TPSY107M010R0200 is chemically competent and robust, due to the anode tantalum and cathode material. These capacitors come with a tolerance range of ± 10%, up to 2.2uF, and boast a voltage capacity of 8 volts. The operational temperature range of -55℃ to +125℃ enables TPSY107M010R0200 to be used for a range of domestic, industrial and commercial applications. These parts come with a proven shelf life at +85℃, greater than 1000 hours, and boast a typical ESR of 0.4ohm.

TPSY107M010R0200 Application Field and Working Principle

The primary application field for TPSY107M010R0200 is in military and avionics electronics, due to their extremely high reliability and overall performance. In these applications, these capacitors are used to store and deliver energy with extreme precision and accuracy. The most common use case is in defect and failure prevention and analysis, whereby a capacitor is used to detect potential issues before they occur.

The working principle of TPSY107M010R0200 is grounded in the use of its tantalum anode and corresponding dielectric. By placing the anode into contact with a liquid electrolyte, a potential gradient is created, forming an electrochemical reaction at the electrode surface. This reaction enables the capacitors to build and store charge, as well as discharge it when required.

The construction of the anode plays an integral role in the performance of these capacitors. A thin layer of tantalum pentoxide is formed on the surface of oxide-grade tantalum powder, before being pelletized and sintered. This construction process not only makes the device robust and reliable, but also allows for a wide range of application.

When used in military and avionics applications, special care must be taken to ensure a consistent performance and adherence to safety requirements. This included the selection of components, design layouts and operational conditions, to ensure the device performs as intended.

Conclusion

This article has provided an overview of the application field and working principle of TPSY107M010R0200. It has highlighted the notable features that make these capacitors well suited to military and avionics applications, including their robust construction, high reliability, wide tolerance range and low ESR. With its strong hold in these demanding sectors, TPSY107M010R0200 continues to be one of the most reliable and resilient capacitors on the market.

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