DVN-5R5D224T-R5

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Electric Double Layer Capacitors (EDLC), also known as “Supercapacitors”, are an increasingly important energy storage media that offer a combination of volumetric and gravimetric densities with field-proven endurance in a variety of energy storage and power delivery applications. The DVN-5R5D224T-R5 is a capacitive energy storage device that embodies the key advantages expected from an EDLC. It has a long cycle life and builds on the development of proprietary, thin-film coating technology that enables compact and reliable storage of energy and power.

The DVN-5R5D224T-R5 offers a compact form factor, with a cylindrical profile, a capacitance of 5F, and a nominal voltage of 2.5V. It has a specific energy capability of up to 2.1 Wh/g in the upright position, due to its extremely thin dielectric film layer. It also is the only EDLC with an optimized thermal design that offers both superior temperature control and excellent thermal stability.

The DVN-5R5D224T-R5 is ideal for power delivery applications that require large pulses of current over shorter periods of time, and is well suited for a variety of military and civilian applications in areas like aerospace, marine, instrumentation, industrial, medical, and renewable energy. It is particularly used in pulse devices, such as power supplies, and power conversion that requires high power and longer lifecycles.

The working principle of the DVN-5R5D224T-R5 is based on its two unseparated electrodes, which form an electric double layer that stores energy by exploiting the charged species that exist near the electrode-electrolyte interface. The energy storage capacity of the DVN-5R5D224T-R5 is enabled by its extremely thin dielectric film layer, which provides a high capacitance and is key to providing reliable energy storage and delivery.

When the device is charged, the current passes through the dielectric film and is stored in the electric double layer through the formation of ions within the electrolyte. As the current is applied, the ions are redistributed, and this creates both an electric field between the electrodes and an energy storage capacity.

When the DVN-5R5D224T-R5 is discharged, electrons flow from the electrons and the electric field is reversed. This reversed electric field causes the ions to be redistributed, and the energy is released to be used by the device. This process is repeated as electrons flow back and forth when charging and discharging the device.

The DVN-5R5D224T-R5 has a long cycle life, with over 1 million charging and discharging cycles, and can store up to 5F of capacitance. It also offers excellent thermal stability and highly reliable operation, as well as a low internal resistance when compared to other EDLCs.

In summary, the DVN-5R5D224T-R5 is a versatile electric double layer capacitor, offering superior performance and long cycle life. Its unique design and proprietary technology makes it ideal for pulse devices, as well as industrial, medical, and military applications. It has an unparalleled combination of volumetric and gravimetric densities, and provides reliable storage of energy and power.

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