F910G477MNC

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Tantalum capacitors are unique components that are simply referred to as capacitors. Found in a variety of electronic devices, these capacitors act as energy storage units, and work to bridge the gap between two charged electrical sources. The F910G477MNC is an example of such a tantalum capacitor.

The F910G477MNC is a molded case, miniature surface mount tantalum capacitor, designed for applications that demand high current-carrying capacity and low profile construction. With its 4.5 mm x 4.3 mm body dimensions and 4.7 μF capacitance, this component fits easily into tight spaces and is capable of satisfying the needs of even space-constrained designs. The capacitor utilizes a solid manganese dioxide as its electrode material, which helps provide an extremely reliable electrical performance. The F910G477MNC capacitor can handle a maximum operating temperature of 85°C, and a rated voltage of 25 VDC.

As for its application field, the F910G477MNC capacitor can be used in numerous consumer electronics and computer systems, such as cellular phones, PDAs, MP3 players, digital cameras, and laptop computers. Also, this capacitor is an ideal choice for applications that require miniature size and well-defined electrical performance parameters. In addition, this capacitor is used in automotive navigation systems, medical implantable devices, and military radar systems.

The F910G477MNC capacitor works using the piezoelectric effect. This effect is defined as the ability of certain materials to exhibit an externally applied electrical potential when they are stressed. A capacitor is formed when two electrodes are placed in close proximity, and then an electrical voltage is applied across them. The capacitor acts as an energy storage unit, by holding the charge and releasing it when necessary. The amount of energy stored in a capacitor is determined by the capacitance of the component.

In order to provide the greatest possible energy storage capacity from a small package size, then F910G477MNC capacitor uses Tantalum as its dielectric material. Tantalum is a very unique type of material, containing a large number of oxygen molecules that serve as the component\'s dielectric material. The Tantalum molecules in the component create a stored electric field between the two electrodes that is greater than what would occur in other dielectric materials. This helps provide the component with a higher capacitance, improving its energy storage capability.

The F910G477MNC capacitor is a small component that offers a variety of benefits, including a high capacitance, a low profile construction, and reliable electrical performance. As it is used in numerous electronic devices, this component demonstrates its versatility and usefulness in modern technology. Furthermore, with the piezoelectric effect and its high capacitance, the F910G477MNC capacitor proves to be an invaluable tool in the production of numerous consumer electronic and computer systems.

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