T495D476K010ATE200

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Tantalum capacitors are widely used in modern electrical applications due to their superior performance characteristics, including low leakage current, high frequency response, and exceptional list of available connection alternatives. The T495D476K010ATE200 capacitor, specifically, is a top-of-the-line device designed to meet the demands of various timing, power conditioning, and other critical applications.

The T495D476K010ATE200 capacitor is a surface-mount aluminum electrolytic tantalum capacitor with a 4-terminal configuration consisting of two lugs, a lead and a solder surface. These capacitors feature a polarized polarity design and should be used with the positive lead connected to the most positive electrical potential. With a dielectric of tantalum, these capacitors provide excellent low-leakage current performance, high frequency response, and long lifetimes. The capacitor has an RC value of 475 KΩ and a rated voltage of 10V.

The application field for the T495D476K010ATE200 capacitor mainly includes applications where electrical performance is critical or reliability is a must. For example, these capacitors are commonly used to provide a stable electrical connection for circuits that require high-frequency response, such as communication equipment and switching power supplies. Additionally, they can be used as panel mount fuses in consumer electronics and as miniature power supply hitch filters in various consumer and automotive applications. In terms of automotive applications, the capacitor can be used to meter oil in fuel injection systems, to provide maximum filtration in emissions control systems, and as voltage clutches in microelectronic control systems.

The resulting capacitor is designed specifically to meet the needs of these demanding applications, with a high degree of accuracy and reliability. Its low-leakage current characteristics and load characteristics enable the capacitor to be used in various applications where power stability and higher power is required. The capacitor also has excellent noise suppression characteristics, making it a natural choice for a wide range of noise filtering applications.

The working principle of the T495D476K010ATE200 is based on the basic principle of capacitance, a property of all electrons that stores electrical energy in a circuit. When a voltage is applied to the capacitor, the electrons will move to create a field. The size of this field is proportional to the voltage applied and is measured in farads. The higher the farads, the more energy is stored and the greater the capacitance.

The voltage applied to the capacitors is stabilized to a certain level and passes into the dielectric, which is usually printed directly onto the capacitor. This dielectric creates an electrical barrier between the two metal plates, referred to as ‘electrodes’. The metal plates are connected to leads and the lead connections are sealed to protect them from oxidation.

When the voltage applied to the capacitor changes the electric field is distorted, causing electrons to flow back and forth between the two metal plates. This flow of electrons causes an electrostatic charge, which is the capacitors ability to store electrical energy. The capacitors ability to store energy and release it when needed makes it ideal for timing, power conditioning, and other electrical applications.

In conclusion, the T495D476K010ATE200 capacitor is an advanced device designed for modern electrical applications that demand superior performance, reliability, and low-leakage current. The capacitor is suitable for timing, power conditioning, and other critical applications, and features a 4-terminal configuration consisting of two lugs, a lead, and a solder surface. With excellent low-leakage current performances and noise suppression characteristics, the capacitor is an ideal choice for a wide range of demanding electrical applications.

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