BZ019B223ZSB

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Electric Double Layer Capacitors (EDLC), also known as supercapacitors, are electrical devices that have the ability to store and release electrical charge. BZ019B223ZSB is one such EDLC and its application field and working principle are explored in this article.

As their name implies, EDLCs use two conductive electric plates. The two plates are separated by an insulating material called the dielectric. This dielectric is responsible for the higher capacitance of EDLCs compared to conventional capacitors. Each of the two plates are made up of electrodes and the electric field that is created between them causes a charge to build up around them. This charge is what ultimately stores the electrical energy.

BZ019B223ZSB is a supercapacitor manufactured by TE Connectivity. Its application field is mainly in audio recording, server power backup, and energy harvesting applications. This EDLC is highly reliable, featuring a long cycle life of up to 10,000 cycles and an operating temperature range of -25° to +65° C (-13° to +149° F).

The working principle of BZ019B223ZSB is based on the same principle as other EDLCs. The two conductive plates act as electrodes and create an electric field between them. This electric field causes a charge to accumulate and store energy. This stored energy is then used in various applications.

The key advantage of using BZ019B223ZSB over other EDLCs is its low equivalent series resistance (ESR). The low ESR enables BZ019B223ZSB to provide higher power and energy density compared to other EDLCs. This EDLC is also extremely cost-effective, making it an ideal choice for many applications.

In conclusion, BZ019B223ZSB is an Electric Double Layer Capacitor (EDLC) manufactured by TE Connectivity. This EDLC can be used in audio recording, server power backup, and energy harvesting applications due to its high reliability and low ESR. This EDLC stores electrical energy in a similar fashion to other EDLCs, by using two conductive plates to create an electric field between them and accumulate charge.

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