T491B226M006AT4100

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T491B226M006AT4100 is a type of tantalum capacitor, known as a solid electrolyte capacitor. It is widely used as a component in various electronic devices due to its ability to provide higher energy density than other types of capacitors while still preserving a relatively small form factor.

T491B226M006AT4100 has two metal plates separated by an electrolyte dielectric which forms the capacitance. One of the metal plates is a conductive anode, while the other is an conducting oxide cathode. The tantalum electrolyte dielectric along with the anode plate act as insulators for the device. This device is commonly used in applications such as power supplies, timing circuits and signal processing systems.

The working principle of T491B226M006AT4100 is based on the physics of electric fields. When a voltage is applied to the device, it creates an electric field between the anode and the cathode. This electric field creates a “capacitor effect” which stores electric energy. The stored electric energy can then be used by the circuit in which the device is installed. In addition, the device is also able to act as a filter capacitor, filtering out undesirable frequencies and harmonics in the circuit.

T491B226M006AT4100 is not only used for electric storage, but also for high ripple current application. This device can handle high ripple current with excellent capacitance stability and low ESR due to its robust construction. Its good heat dissipation prevents the device from overheating and its temperature coefficients also add to its overall reliability. The device is also coated with a conformal coating that prevents corrosion and ingress of airborne contaminants, improving the overall reliability of the device in hostile environments.

Overall, T491B226M006AT4100 is an excellent choice for electronic circuits that require high energy density, high ripple current application, excellent heat dissipation and a robust construction. This type of tantalum capacitor is widely used in a variety of applications and is suitable for use in defense and aerospace systems. Its high energy density, low ESR and excellent capacitance stability make it an advantageous snap-in device for a variety of power supplies, signal processing and timing circuit applications.

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