135D475X9100C2

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Tantalum capacitors are an important subset of electronic components used in a wide variety of electronic applications due to their ability to provide both excellent electrical characteristics and high reliability in both high-temperature and harsh-environment applications. The 135D475X9100C2 is a type of tantalum capacitor – a kind of electrolytic capacitor – that is used mainly in power-supply and filtering applications. This article will shed light on its application field and working principle.

Types of Tantalum Capacitors

Tantalum capacitors come in two main types, based on their construction. The first type, referred to as “wet slug” tantalum capacitors, use a liquid electrolyte to separate the two conductive tantalum plates. The second type, referred to as “solid” tantalum capacitors, use a solid electrolyte such as manganese dioxide or ceramics to separate the two conductive tantalum plates.

135D475X9100C2 Application Field

The 135D475X9100C2 is a wet slug type tantalum capacitor. Wet slug tantalum capacitors are well suited for power supply and filtering applications due to their high capacitance. They are often used in high-power and high-voltage power supply circuits for their superior capacitance characteristics and their ability to withstand high-temperature and harsh-environment conditions. Additionally, wet slug tantalum capacitors are often used in automotive applications, due to their superior high-temperature capability and temperature stability.

Working Principle of 135D475X9100C2

The 135D475X9100C2 is an electrolytic capacitor that uses a liquid electrolyte to separate two conductive plates of tantalum. The anode (positive plate) is made from tantalum and is coated with a layer of manganese dioxide, while the cathode (negative plate) is made from an oxide-coated tantalum wire. When a voltage is applied between the terminals of the capacitor, ions of the electrolyte solution flow between the tantalum plates, creating an electric field between them. The electric field created between the two plates creates an electrostatic charge that stores and releases electrical energy.

The 135D475X9100C2 uses a liquid electrolyte to help reduce unintentional capacitance losses that occur when high voltage is applied. It also has a higher rated temperature range and a high quality of self-healing. This makes it suitable for use in high-temperature applications.

Conclusion

The 135D475X9100C2 is a type of wet slug tantalum capacitor that is well suited for use in power-supply and filtering applications due to its superior electrical characteristics and high reliability in high-temperature and harsh-environment applications. It uses a liquid electrolyte to help reduce capacitance losses and is also suitable for use in automotive applications due to its superior thermal stability and temperature range. Understanding the application field and working principle of the 135D475X9100C2 can help one make better use of this type of capacitor in their designs.

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