PM-5R0V305-R Capacitors

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Electric Double Layer Capacitors (EDLCs), also known as supercapacitors or ultracapacitors, are dynamic devices that assist a multitude of application fields. These supercapacitors are composed of a pair of metallic electrodes with an associated flexible separator material between them, out of which an ionic electrolyte solution fills the gap. This composition of electrodes and electrolyte solution, along with the increased surface area of the electrode materials, results in exceptional power and energy storage due to their efficient electrochemical properties.

The PM-5R0V305-R is a unique type of supercapacitor that outperforms traditional electrolytic capacitors by providing higher energy storage than what is achievable with the same volume or space requirement. It works on the principle of Kinetic Energy Storage (KES) which means the capacitor can absorb and discharge large levels of energy instantaneous without experiencing any substantial loss of energy tolerance. The PM-5R0V305-R also boast of higher power density than traditional electrolytic capacitors and offer long service life with a huge retention rate of 99%, over a temperature range of -40 to +65°C.

The PM-5R0V305-R can be used in various application fields such as peak power, load levelling and ripple suppression in high frequency switching power supplies, pulse power, automotive instrumentation and control, cord-less power tools, on-board systems, DC/DC converters, personal computers, medical electronics and consumer electronics. Its deep energy storage capabilities are significant at high drawing currents and moderate temperatures resulting in superior performance over traditional capacitors.

The PM-5R0V305-R application field and working principle are based on the principle of electrical double layer capacitance (EDLC). EDLC involves the presence of an ionic species between the electrode surfaces, the amount of which is controlled by the applied electric field. As the electric field is increased, the same amount of charge is added to the electrode surfaces to make a double layer of charges. This double layer of charges raises the energy stored in the double layer interface and increases the total energy stored in the capacitor.

The PM-5R0V305-R also commonly employs different nanomaterials such as Graphene, Carbon Nano Tubes and Metal Oxides as electrode materials to further enhance the specific capacitance while maintaining low equivalent series resistance (ESR). This lowers the resistive losses and improves efficiency by allowing rapid charge and discharge cycle. In addition to this, the usage of PM-5R0V305-R supercapacitors also provides several advantages such as low ESR, lightweight and high endurance. This offers long-term solution for various applications where power is more necessary than high-voltage.

The PM-5R0V305-R has revolutionised the supercapacitor technology and is fast becoming the capacitor of choice not only for large-scale systems but also for smaller, portable devices. With its high capacitance, improved efficiency, advanced design and long-term endurance, the PM-5R0V305-R is being increasingly used in multiple application fields and various devices.

The specific data is subject to PDF, and the above content is for reference