35SJV4.7M4X6.1

Aluminum Electrolytic capacitors are components in an electrical circuit, helping to establish a steady voltage within the circuit. They are widely used in many electronic device made for industrial, automotive and consumer applications. This type of capacitor, with the marking 35SJV4.7M4X6.1, is especially useful in most markets as they have a long life span, relatively low cost, and high capacitance for their size.

Aluminum Electrolytic Capacitors are composed of two metal plates, separated by a dielectric material. The dielectric can be a paper or plastic based film, or an electrolytic liquid. In most cases, the capacitor plates are composed of metalized film, such as aluminum, or a combination of both. The metal plates are connected to the circuit board through the contact terminals. The 35SJV4.7M4X6.1 capacitor uses aluminum film plates.

The working principle for the 35SJV4.7M4X6.1 capcitor is relatively straightforward. When a voltage is applied to the capacitor terminals, an electrical current will travel from one side to the other through the capacitor. As the current moves across the capacitor plates, the metalized aluminum film acts as an imperfect conductor, resulting in the electrical current being stored between the plates to form an electrostatic field. This electrostatic field induces opposite charges to form on its opposite plates, forming a sustained electrostatic field.

In terms of applications, the 35SJV4.7M4X6.1 aluminum electrolytic capacitor can be used in a wide range of electronic products, including power supplies, computer systems, radios and amplifiers, to name a few. They can also be used in other circuits such as voltage regulators and switching power supplies, and can also be used along with transistors to form filters, amplifiers, and oscillators. In addition, this type of capacitor can also be used to store energy, regulate current, and protect against electrical spikes.

To conclude, the 35SJV4.7M4X6.1 is an aluminum electrolytic capacitor that is widely used in many electrical applications due to its long life span, relatively low cost, and high capacitance for its size. It works by using an electrostatic field to store an electrical charge, and it can be used in a variety of electronic products and circuits.