173D335X0015VW

Tantalum Capacitors

The 173D335X0015VW is an electrical component that is classified under the tantlum capacitors category. Tantalum capacitors are a kind of electrolytic capacitors which are used in the electrical and electronic devices and circuits. They are well known for their high capacitance and low equivalent series resistance (ESR).

Application Field

The 173D335X0015VW has a broad range of applications in the electronic circuit design. It is usually used when high capacitance is needed with short-circuit protected circuit, due to its low-ESR characteristic. It is also used with its micro-chip ICs, which can be plugged into mini-computer systems, so that it can be used to control the power a whole circuit. It can also be used with its switching power supplies, since it provides the lowest noise levels and best efficiency for those applications.

Working Principle

The working principle of the 173D335X0015VW is quite simple. It works as a charge storing device, which can be both charged and discharged. It has two plates, which have positive and negative charges, but are not electrically connected. It works on the principle of giving and taking electric charge or field energy which is placed between the two plates. When the voltage is applied to the two plates, charge come in and accumulate. When the capacitor is discharged, the charges flow out and transfer between the two plates.

The efficiency of the 173D335X0015VW capacitors depends on their temperature and the magnitude of current. They also need an operating temperature that lies between -55 to +125 degrees celsius. It is important to note that it is not a polarized capacitor and thus no interior polarity between the two plates.

In summary, the 173D335X0015VW is a electrolytic tantalum capacitor that has a broad range of applications. It has two plates which can be charged and discharged, and works on the principle of giving and taking electric charge or field energy. It is not a polarized capacitor and thus does not have any interior polarity between the two plates. The efficiency and performance of the capacitor depend on its temperature and the magnitude of current.