T540B226M010BH85107610

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Tantalum-polymer capacitors are capacitors of tanatalum, an excellent conductor of electricity, with a polymer electrolyte. This type of capacitor is ideal for applications that require a large amount of current and high frequency, such as data processing and memory applications. It is also suitable for power supplies, LED drivers, and high power systems.

The T540B226M010BH85107610 is a tantalum-polymer capacitor produced by NEC. It utilizes an anode and cathode of tantalum pentoxide and an advanced organic electrolyte material to provide a high-capacitance output of up to 10.00 Farads. Additionally, it has a low operating temperature range and low equivalent series resistance. This capacitor also has a high internal resistance, ensuring it remains stable even in high voltage and temperature environments.

The T540B226M010BH85107610 is designed for use in applications such as power supplies, memory, clock circuits, and microcontrollers. An advantage of this capacitor is that it is resistant to electrical erosion and has excellent temperature stability. Additionally, its brief discharge duration and miniaturized design makes it suitable for use in limited space applications.

The working principle of a tantalum-polymer capacitor is based on the electrochemical properties of the electrolyte and the anode and cathode materials. The electrolyte is a solution of electrons contained within its semi-permeable membrane. When a voltage is applied to the capacitor, the electrons will flow to the anode and cathode. This creates an electric current that is stored by the capacitor.

The capacitor also has a dielectric layer that helps regulate the flow of electricity between the anode and cathode. This dielectric layer prevents the electrons from overcoming the barrier caused by the anode and cathode materials. This allows for reliable storage and transfer of electrical charge.

Tantalum-polymer capacitors are ideal for applications requiring excellent frequency response, low equivalent series resistance, and ultra-high capacitance ratings. They are well suited for use in digital communications, motor control, power supplies, microprocessors, power controllers, and small electronic appliances. Their highly reliable design ensures consistent performance in harsh and extreme environments.

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