UVR2C2R2MED1TA

Aluminum Electrolytic Capacitors (AECs) are widely used in a variety of electronic applications, ranging from consumer electronics to automotive and aerospace industries. AECs are also found in applications such as medical imaging, process control, and communications technology. AECs are commonly used when a device requires high capacitance over a relatively wide range of temperatures. AECs are characterized by their high energy density, low cost, and relatively low series resistance, making them a great choice for many applications where capacitance is required.

UVR2C2R2MED1TA is a type of AEC that is manufactured using a proprietary process. The UVR2C2R2MED1TA process results in a higher capacitance compared to standard AECs, and it also provides higher leakage resistance to limit the amount of current that can pass through the capacitor in the event of an overload. The UVR2C2R2MED1TA process also reduces the production costs of standard capacitors, making it a cost-effective solution for many applications.

UVR2C2R2MED1TA capacitors are available in several standard capacitance ranges from 2.2µF to 2.7µF, and are available in a variety of package sizes including 0402, 0603, 0805, and 1206. The capacitance of UVR2C2R2MED1TA capacitors is not affected by temperature, and they are also resistant to most substances such as oil and some solvents.

The working principle of UVR2C2R2MED1TA AECs is based on the same principle as other AECs, where a metallic oxide layer is deposited on the aluminum foil to provide insulation for the capacitor. The oxide layer is then polarized on one side, creating an electric field between the foil and the oxide layer. When a voltage is applied, the oxide layer expands and contracts as electrons move between the oxide layer and the aluminum foil. This effect causes electrons to flow, meaning electric charge is stored in the capacitor.

UVR2C2R2MED1TA AECs are ideal for applications that require high capacitance, such as medical imaging, process control, automotive, and aerospace. They are capable of withstanding extreme temperatures and are resistant to many common substances. UVR2C2R2MED1TA AECs also have the advantage of being relatively low cost, making them a great choice for many applications.