TR3D337K6R3C0060

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Tantalum capacitors are a type of electrolytic capacitor. They are capacitors that use a porous layer of tantalum oxide, typically Ta2O5, as a dielectric material and use an aluminum oxide layer as the second electrode. The name “tantalum” comes from its ability to store energy despite its small size. Tantalum capacitors are often used in audio, medical and military applications.

TR3D337K6R3C0060 is an example of a tantalum capacitor. It is a radial lead type capacitor that has a capacitance of 33 microfarads, a voltage of 16 volts, and an ESR rating of 5.6 milliohms. The fuse in the device helps protect against electrical overloads. It is ideal for applications where a low profile and high capacitance are desired such as automotive electronics and power supply decoupling.

The working principle of TR3D337K6R3C0060 and other tantalum capacitors is similar to that of other electrolytic capacitors. An electrolyte solution is sandwiched between two layers of conducting material, forming a complete electrical circuit. When a voltage is applied, positive ions in the electrolyte solution migrate through the porous dielectric layer of the capacitor and become attracted to the negative terminal of the voltage source. This creates an electric field between the two electrodes which stores energy.

The tantalum oxide layer in TR3D337K6R3C0060 and other tantalum capacitors helps to significantly reduce the ESR (equivalent series resistance) of these capacitors compared to other types. Additionally, they are much more resistant to high temperatures than aluminum electrolytic and ceramic capacitors. This makes them ideal for applications requiring high reliability such as automotive, military and aerospace applications.

The TR3D337K6R3C0060 is a popular choice for applications where a high capacitance and low profile are desired such as automotive electronics and power supply decoupling. Its small size, low ESR and high temperature tolerance make it a reliable and efficient choice for these types of applications.

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