173D685X0015VW

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Tantalum capacitors are one of the popularly used components in electrical and electronic circuitry. 173D685X0015VW capacitor is an example of this type of component. It is a surface mount capacitor with a capacitance value of 6.8 uF and a maximum operating voltage of 16 volts. This capacitor is manufactured using an anodized tantalum-complex as the dielectric material.

The primary application of 173D685X0015VW capacitor is for decoupling and filtering operations. This component is used in circuits with a wide variety of operating frequencies which makes it suitable for many different types of equipment from consumer electronics to medical equipment. Specifically, it is a good choice for high frequency decoupling and low frequency filtering operations.

The working principle of this capacitor is similar to that of other types of capacitors; two conductive plates form the two terminals at either end of the component. The anodized tantalum-complex dielectric material is sandwiched between the two plates, which enables the capacitor to store energy when a voltage is applied to the circuit. The capacitance of the component determines the amount of energy it can store.

The anodized tantalum-complex dielectric of the 173D685X0015VW capacitor also provides greater stability in terms of temperature, humidity, and other physical or electrical stresses when compared to other types of dielectrics. This helps ensure that the component will maintain its capacitance over a wide range of operating conditions.

In conclusion, the 173D685X0015VW capacitor is a surface mount component with a capacitance value of 6.8 uF and a maximum operating voltage of 16 volts. Its primary application is for decoupling and filtering operations as it is suitable for circuits with a wide variety of operating frequencies. Its working principle is similar to that of other capacitors; two conductive plates form the two terminals at either end of the component, and the anodized tantalum-complex dielectric material between the two plates allows the capacitor to store energy when a voltage is applied. The dielectric material also ensures that the component’s capacitance is more stable under wide range of operating conditions.

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