16YXG8200MEFCGC18X35.5

Aluminum Electrolytic Capacitors, also known as aluminum electro capacitors, are active components featuring a wide range of temperatures and voltage applications. They are constructed using a dielectric separator sandwiched between two conductive plates – typically made of aluminum or tantalum. The 16YXG8200MEFCGC18X35.5 capacitors are a specific type of aluminum electrolytic, featuring a high voltage and capacitance. These capacitors are built with an anode in the form of a foil element and a cathode being a separate aluminum foil with an oxide layer from electrolytic oxidation, which is also called an anodized oxide layer.

The 16YXG8200MEFCGC18X35.5 capacitors are built with an electrolyte gel or liquid, which allows the current to pass through. When a voltage is applied, the electric current flows from the cathode to the anode, generating an electric field. The resulting current carries an electric charge from anode to cathode, depositing ions of electrolyte in the oxide layer, forming an electric double layer capacitor.

The 16YXG8200MEFCGC18X35.5 capacitors are designed for a wide range of applications, particularly involving high voltage. This high voltage capacitor can be used for AC and DC filter circuits, energy storage, and inboards. These capacitors can also be used as voltage multipliers in power supplies, for power factor correction, and for other specialized power supply designs.

In addition, these capacitors are also used for UPS systems, solar power systems, surge protectors, and automation circuits. They are also used in LCD displays, LED lights, digital cameras, mobile phone base stations, and mobile scale boards. This type of capacitor offers excellent electrical insulation properties, temperature stability, and is resistant to thermal shocks, vibration, and corrosion.

The 16YXG8200MEFCGC18X35.5 capacitors feature a wide range of working principles, such as rapid discharge, slow discharge, capacitance, and more. When the capacitors are connected in series or parallel formations, they can be used to store energy or deliver higher current. For example, when connected in parallel, these capacitors can be used to produce voltage regulation, or to reduce peak current values.

The working principle of the 16YXG8200MEFCGC18X35.5 capacitors can be broken down into four main operations – charging, discharging, leakage, and resistance. During charging, an electric current is applied to the capacitor\'s electrodes. This current causes the electrons to flow from the negative side to the positive side, creating a stored energy charge. During the discharging phase, the stored energy is released, and the electrons return to the negative side.

The leakage phase occurs when the capacitor is not connected to a power source. During this phase, a small amount of current is released, and over time, this current reduces the energy stored in the capacitor. Finally, the resistance phase occurs when the current flow is interrupted due to the action of the electrolyte substance. During this phase, the capacitor\'s capacity decreases due to the opposing resistance.