35JZV68M6.3X8

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Aluminum Electrolytic Capacitors

Aluminum Electrolytic Capacitors, also known as Aluminum Electrolytic, are polarized electrolytic capacitors that use an extremely thin aluminum oxide film as a dielectric. These capacitors are used for signal processing and power conditioning applications. They have the advantage of delivering high energy density per unit volume or mass. In order to improve reliability, the maximum operating temperature is usually limited to 85 degrees Celsius.

35JZV68M6.3X8 application field and working principle

35JZV68M6.3X8 belongs to Aluminum Electrolytic Capacitors. It used Electrolytic Foil, Aluminum Foil and Aluminum Oxide Film as the electrodes, the dielectric materials and the insulating body. The anode of the capacitor is the aluminum foil which is the plate with a number of small areas covered by the insulating body. The high electric potential is applied to the aluminum foil contacting the electrolyte as the cathode that causes the ions migration to form an insulating layer between the cathode and aluminum foil plate. When an external electric field is applied, the dielectric constant and capacitance increase.

The application field of 35JZV68M6.3X8 is very broad. It can be used in series circuit, filter circuit, timing circuit, coupling circuit, high-performance audio power amplifier and various kinds of voltage-dividing circuit, etc. It has excellent current, voltage, temperature and life characteristics, which ensures a high and stable performance. It can work in wide frequency range from low to high frequency and has a low dielectric absorbing, excellent linearity and stability. In addition, its leakage current is very small, and it can perform excellent ESR and ripple current effectiveness.

In summary, 35JZV68M6.3X8 Aluminum Electrolytic Capacitors has excellent electrical characteristics, including wide-range frequency response, high stability and good capacitance linearity. It is mainly used in signal conditioning, filter circuits, voltage-dividing circuits, and other applications. It can handle wide frequency range from low to high frequency and has excellent ESR and ripple current performance, making it an ideal choice for capacitance applications.

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