T540D336K020DT8605

Tantalum - Polymer Capacitors

T540D336K020DT8605 is a type of capacitor that comes in a range of different types, each of which is specifically designed for a given application. As a key component in many electronics, these types of capacitors are highly sought after and serve a vital role in many electronics applications.

Application Field

T540D336K020DT8605 is a special type of tantalum - polymer capacitor that is designed for high-temperature applications. Due to its high operating temperature range, this type of capacitor can be used in various high-temperature environments such as in industrial control systems, engine controllers, and air-conditioning systems. These capacitors also offer superior electrical characteristics, making them an ideal choice for a wide range of electronic applications such as signal processing, energy storage, and signal conditioning.

In addition to their use in high-temperature applications, T540D336K020DT8605 capacitors are also ideal for military applications. They provide superior electrical characteristics that make them suited to military operation in hazardous environments, for instance, allowing for the wide range of frequency operation needed for radar, weapons fire control and imaging systems. Their highly temperature-stable construction also makes them resistant to rapid changes in temperature and humidity, allowing them to be used in military operations where harsh environmental conditions are encountered.

Furthermore, these types of capacitors are well-suited to long-term, high-reliability applications, making them an excellent choice for spaceflight equipment, satellites and deep space probes, as well as medical devices, where their superior electrical characteristics can be relied upon.

Working Principle

The operating principle of the T540D336K020DT8605 capacitor is based on the use of a combination of a tantalum oxide dielectric material, and a thin polymer film, which are both coated onto a thin solid-metal substrate. These two components are designed to both provide electrical insulation and hold the charge, and the combination of these two materials results in superior capacitance, enhanced temperature stability and low equivalent series resistance.

The presence of the thin polymer film also makes these capacitors highly resistant to PCB trace abrasion and also provides excellent dielectric absorption, which is often essential in applications where power surge protection is necessary. Additionally, the presence of this polymer also provides increased vibration-resistance, making these capacitors suited to mobile or aerospace applications.

In terms of construction, T540D336K020DT8605 capacitors are quite robust, allowing them to be used in a wide range of environments, from industrial to military. Their construction also allows them to be mounted in both stationary and mobile applications, making them a highly versatile and reliable choice.

Conclusion

T540D336K020DT8605 capacitors are an excellent choice for a wide range of high-temperature and other critical-reliability applications. Thanks to their unique construction, they provide superior electrical characteristics and excellent temperature stability, as well as a high level of resistance to trace abrasion and vibration. The combination of these features makes these capacitors ideal for military, aerospace, and medical applications. Their robust construction also makes them an excellent choice for mobile applications, and their versatility allows them to be used in virtually any type of application.