LKS1V822MESY

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Aluminum electrolytic capacitors, or ill capacitors as they are commonly known, are electrical components used for storing energy. The components are electrochemical devices based on a reaction between aluminum and electrolyte. They are ideal for a number of applications due to their relatively large capacitance values and low cost. The LKS1V822MESY series of aluminum electrolytic capacitors are one such component currently available on the market.

The LKS1V822MESY aluminum electrolytic capacitors are cylindrical chips typically 15 mm in length with a tolerance of ±0.50 mm. The capacitors feature a polarity marking, and have a maximum working voltage of 6.3V. Like most electrolytic capacitors, an 87-125°C lifetime temperature range is also integrated, implying these components can be used in a variety of applications.

Proper adhesion to the printed wire board (PWB) is provided by a bonding agent on the chip’s chip carrier, which merges with the bottom of the capacitor element. The capacitor element also features a bobbin-style aluminum outer sleeve and a wound anode and cathode design. The dead zone between cathode and anode is filled with liquid-filled electrolytic elements, so-called “dried capacitors”. The LKS1V822MESY series of electrolytic capacitors are compliant with RoHS and can safely be used in a range of electrical applications.

Application fields of the LKS1V822MESY capacitors range from devices such as home appliances, medical instruments, audio-visual equipment, battery-powered equipment, motor drivers, and other general-purpose products. The combination of the capacitor’s well-defined parameters make them an ideal choice for such applications requiring longer operating lifetimes, large capacitance values, low leakage current, and high reliability.

The working principle of the LKS1V822MESY aluminum electrolytic capacitors is relatively simple. Electrical energy passes between two electrodes, aiding in the charging and discharging processes. As the terminal voltage approaches the capacitor’s maximum rating, energy is stored in the dielectric structure. When the voltage drops, the stored energy is released as a reverse current. The higher the voltage, the more energy is stored, thus increasing overall capacitance and efficiency.

The LKS1V822MESY aluminium electrolytic capacitors are a cost-effective and reliable solution for various electrical applications. Due to their efficient construction and design, capacitors from this series are ideal for long-term, high-power output components, and are suitable for applications where high capacitance is required.

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