T495X226M035ZTE130

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Tantalum capacitors are widely used in a variety of industrial applications due to their high energy density, low ESR and excellent temperature stability. They are specifically designed for use in high frequency circuits, portable electronics, and high temperature applications, making them suitable for medical, automotive and commercial applications. The T495X226M035ZTE130 is a tantalum capacitor that is part of one of the ZTE series manufactured by Vishay. The primary field of application for this capacitor and its working principle are discussed here.

Application Field

The T495X226M035ZTE130 is a high-temperature, surface mount aluminum electrolytic capacitor suitable for applications requiring high capacitance and high ripple current in a compact size. It is designed for use in high temperature environments such as automotive, computer, and networking applications, and offers excellent high-temperature performance and reliability. The high frequency characteristics of this capacitor make it suitable for use in switching power supplies, and various types of automotive electronic equipment. It is also suitable for use in resonant circuits, and as a decoupling capacitor in power circuits where minimal size is preferred.

Working Principle

The T495X226M035ZTE130 is a surface mount, hybrid-type, aluminum electrolytic capacitor built with a tantalum layer between two layers of anodized aluminum foil. The tantalum layer acts as an electrolyte, providing an unusually low ESR even at high temperatures. The core of the capacitor is a dielectric oxide film that serves as insulation between the two foils. This insulation between the two foils allows for a high capacitance value in a low profile package.

The capacitor has an appealing design due to its low leakage current and minimal temperature dependence. Its anodized aluminum construction also helps to protect the core, thus extending the capacitor’s life expectancy. The T495X226M035ZTE130 provides a low leakage current, excellent heat and electrical shock resistance, and attractive capacitance-to-volume ratio. It also offers low leakage current, excellent high-temperature protection, and high ripple current capabilities.

Conclusion

The T495X226M035ZTE130 tantalum capacitor is an ideal solution for use in high temperature applications that require high capacitance and high ripple current in a compact package. It is designed for use in switching power supplies, automotive electronics, and modern computer and networking applications. This capacitor offers low leakage current, excellent heat and electrical shock resistance, and an attractive capacitance-to-volume ratio. It also has excellent high-temperature performance and reliability, making it one of the best choices for applications in this field.

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