B1325-2R5106

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Electric Double Layer Capacitors (EDLC) and Supercapacitors

Electric Double Layer Capacitors (EDLCs) and Supercapacitors are two very popular technologies used in many industries for needs such as power storage and buffer applications. Installations featuring these capacitors can be found in HVAC systems, automotive systems, consumer electronics, computers, and industrial applications. This article will focus on the application field and working principle of the B1325-2R5106 capacitor.

What is the B1325-2R5106 capacitor?

The B1325-2R5106 capacitor is an electrode-type double-layer capacitor (EDLC) made from an activated carbon electrode and a non-aqueous electrolyte. This capacitor has been designed for use in applications such as automotive electronics, medical equipments, consumer electronics, and industrial equipment. The operating temperature for this capacitor is -40 to +85 °C and has a working voltage of 2.5Vdc. The design of the B1325-2R5106 capacitor makes it highly reliable and durable and has a very long life span.

What are the application fields for the B1325-2R5106 capacitor?

The B1325-2R5106 capacitor is the ideal choice for many different types of application fields. The main uses of the B1325-2R5106 are for power storage and buffering applications. It is mainly used in automotive electronics, medical equipment, consumer electronics, and industrial equipment. In automotive electronics, it is used in reverse battery protection, transient protection circuit, and start/stop applications. In medical instruments, it is used in malfunction prevention, data buffering, and charging/discharging protection. In consumer electronics, it is used in circuit stabilization, anti-inrush current applications, and power backup solutions. In industrial equipment, it is used for robust operation, high power surge protection, and frequency equalizing.

What is the working principle of the B1325-2R5106 capacitor?

The working principle of the B1325-2R5106 capacitor is based on the double-layer capacitance effect. An active carbon layer and an electrolytic gel make up the electrodes of the capacitor. When a potential difference is applied to the electrodes, a double-layer electrochemical capacitor is formed. The double-layer structure is made up of a positively polarized layer formed near the positive electrode and a negatively polarized layer near the negative electrode. These layers act as dielectric layers to store an electric field. The stored electric field is trapped between the two layers and increases the capacitance of the capacitor.

The double-layer capacitance of the B1325-2R5106 capacitor results in an extremely low equivalent series resistance (ESR) and very low leakage current. This low ESR and leakage current make the B1325-2R5106 the perfect choice for high frequency, high current, and high power applications. The B1325-2R5106 also features a very fast charge and discharge time, making it ideal for applications that require quick power supply or power backup.

The B1325-2R5106 capacitor is an excellent choice for many industries that require reliable power solutions. Its low ESR and leakage current and fast charge and discharge make it the perfect choice for high frequency, high current, and high power applications. The B1325-2R5106 is also highly reliable and durable and offers a long life span.

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