T55B226M010C0300

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Tantalum – Polymer Capacitors are prevalent in todays industry, with their capability to provide efficient, reliable and multitudes of uses in all types of electronics designs, as well as being a fairly cost effective solution. The T55B226M010C0300 Capacitor is a specific type of unit, featuring tantalum – polymer construction and providing a stable capacitance value and is widely used in motor control and power conversion. This article will further explain the T55B226M010C0300 application field and working principle.

Application Field

The T55B226M010C0300 is a high grade system for power supplies, and is hugely popular for its stable long term performance. This makes it perfectly suitable for automotive applications, motor control, LED lighting systems and high power converters. Furthermore, it has been embraced by designers who are conscious about the reduction in size, noise, power and thermal efficiency. Its general low power consumption and compatibility with many applications make it a very desirable choice.

Working Principle

The structure of the T55B226M010C0300 is composed of a tantalum foil anode, an applied thick porous tantalum layer, a polymer layer and a tantalum cathode. The anode and cathode are separated by the polymer layer. When a voltage is applied across the capacitor, an electric current is established. The polymer layer acts as an electrolyte and ensures that electrons are transferred between the two electrodes. This creates a current. However the resistance in the polymer layer prevents the current from flowing too quickly, thus resulting in a stable capacitance. This means that even when electrical current is applied, the capacitance is held for a considerable amount of time.

The packaging of the T55B226M010C0300 capacitor is what makes it so attractive. The capacitors come with a tough ESR rated SES3001 or SES6441 shielded plastic case, making them highly durable. It also has a gold pin, which has an operating temperature range of - 55/125 degrees Celsius and is tested to withstand a variety of environmental stressors, meaning it will survive even the most demanding of conditions. This makes the T55B226M010C0300 a great choice for automotive applications.

Conclusion

The T55B226M010C0300 capacitor is a popular choice for automotive applications due to its stable long term performance and its tough ESR rated SES3001 or SES6441 shielded plastic case. Furthermore, it also has a gold pin which is tested to withstand a variety of environmental stressors and temperatures. In terms of operation, its structure is composed of a tantalum foil anode, an applied thick porous tantalum layer, a polymer layer and a tantalum cathode. When an electrical current is applied, the polymer layer acts as an electrolyte and ensures that electrons are transferred between the two electrodes, resulting in a stable capacitance. It is therefore a great choice for those seeking to reduce size, noise and power in a cost effective fashion.

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