T55T107M004C0070

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Tantalum - Polymer Capacitors are widely used in a variety of applications, including decoupling, filtering, gain setting, and power factor correction. The T55T107M004C0070 is a Polymer Capacitor Key Element, which is suitable for use in these applications due to its wide range of capacities, high ripple current capabilities, and its long-term stability.

Application Field

T55T107M004C0070 capacitors are used in a wide range of applications, such as:

• Industrial Electronics: Servo motors, robots, electrical circuits, and many other industrial electronic applications.
• Automobiles: When used for power factor correction in engines, the T55T107M004C0070 capacitor can reduce engine vibration and torque ripple, improving fuel efficiency and emission. It can also be used to reduce spark decay and ensure a consistent spark in spark plug ignition systems.
• Telecommunication Equipment: The use of this capacitor in telecommunication systems provides high capacitance and stable ripple current ratings, making it suitable for connection of DSL lines, switching systems, and other impedance matching components.
• Computer & Consumer Electronics: Used in power regulation, the T55T107M004C0070 capacitor is highly resistant to temperature variation, can withstand high current shock and vibration, thus providing a stable current/voltage ratio for computer and consumer electronic applications.
• Mobile Telecommunication: By reducing power consumption and radio interference, the T55T107M004C0070 capacitor is ideal for mobile telephone technologies, including Bluetooth, Wifi, and 3G/4G.

Working Principle

The working principle of the T55T107M004C0070 polymer capacitor is based on the concept of ionic conduction. When a voltage is applied across the capacitor, ions move through a liquid or solid electrolyte, creating an electrical current. This current then flows through the capacitor, charging it up. This charging process is called dielectric absorption, and it helps to regulate the amount of input current that flows through the capacitor. The T55T107M004C0070 capacitors in particular feature a polymer electrolyte, allowing them to provide enhanced capabilities compared to standard electrolytic capacitors.

An additional feature of T55T107M004C0070 capacitors is their very low ESR ratings. The ESR, or Equivalent Series Resistance, is a measure of the electrical resistance across the capacitor. The low ESR ratings of the T55T107M004C0070 capacitors help to ensure a stable current and voltage flow, as well as reducing stress on circuits that use them. This helps to reduce the risk of circuit failure and extend the life of circuits that utilize the T55T107M004C0070 capacitors.

The T55T107M004C0070 capacitor is also known for its ability to handle high temperatures and long-term stability. The polymer construction is designed to provide superior performance in high-temperature environments, while the capacitor’s long-term retention ensures a reliable performance over time.

Overall, the T55T107M004C0070 capacitor is an ideal choice for a variety of applications, due to its high capacity and stability, as well as its excellent temperature and ESR ratings. It is an excellent choice for use in industrial electronics, automobiles, telecommunications, computers, and consumer electronics, as well as other uses.

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