DMF4B5R5G105M3DTA0

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Electric Double Layer Capacitors (EDLCs) are becoming an increasingly popular component in electronic circuits, due to their high capacitance value, long life, excellent charge retention properties, and low self-discharge rate. Capacitors, also known as supercapacitors, play a crucial role in the operation of many different types of devices, including audio amplifiers, electric vehicles, and medical instruments. DMF4B5R5G105M3DTA0 is one such device. In this article, we will look at the application field and working principle of this device.

The DMF4B5R5G105M3DTA0 is a high-voltage, low-impedance supercapacitor. It is ideally suited for applications such as oversized charging, high peak current surges both short and long duration, power storage, UPS backup, and backup power applications. The DMF4B5R5G105M3DTA0 has a rated voltage of 5.5V, a capacitance value of 10.5F, and a maximum dissipation factor of 8.0%.

The working principle of an Electric Double Layer Capacitor (EDLC) is quite simple. EDLCs work by separating charges into two surfaces: an anode and a cathode. A liquid electrolyte solution is applied between the two layers and a charge is applied to the anode, while the cathode is held at ground potential. This creates an electrostatic field between the two layers, which stores the charge for an extended period of time with minimal losses.

The DMF4B5R5G105M3DTA0 has a very high cathode capacitance of 10.5F, which allows it to store more energy than a conventional EDLC. This makes it ideal for high-current surges and other applications that require large energy storage capabilities. In addition, this device has a low self-discharge rate, which means that it will retain its charge for long periods of time.

When compared to traditional capacitors, Electric Double Layer Capacitors have a few advantages. EDLCs have a much higher capacitance value than traditional capacitors and are also much lighter. This makes them ideal for applications that require a large amount of energy storage in a small space. EDLCs also have a much longer life span than traditional capacitors, with some models having an expected lifetime of over 20 years. Finally, EDLCs have a much lower self-discharge rate than traditional capacitors, making them a better choice for applications that require stable charge retention for extended periods of time.

In conclusion, the DMF4B5R5G105M3DTA0 is an ideal Electronic Double Layer Capacitor for applications that require large energy storage capabilities and/or extended charge retention capabilities. It is small, light, and has a high capacitance value of 10.5F. In addition, this device has a low self-discharge rate, making it ideal for applications that require long-term charge retention. By taking advantage of the superior qualities of the DMF4B5R5G105M3DTA0, designers can create more reliable and powerful electronic components and devices.

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