6SVPC100MY Capacitors

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Aluminum-Polymer capacitors are a type of solid electrolytic capacitor constructed with alternating layers of a polymer base, conductor, and aluminum. Although they are often referred to as polymer capacitors, the technology utilizes a solid construction which is the main difference from other capacitors generally known as polymer capacitors. They are designed for use in a wide variety of applications including telecommunications, automotive, aerospace, and medical electronics, where very precise capacitance matching is required. The 6SVPC100MY is a popular choice when needing a capacitor with high current and pulse-density capabilities.

Application Field

Aluminum-Polymer capacitors are generally used where a high level of current pulses must be accommodated, such as in energy-saving appliances, EVs, and laptops. They are also suitable for applications such as voltage derating and ripple radiation, where capacitance matching, long-term reliability, and high frequency response are important considerations. Several key features make the 6SVPC100MY a versatile choice for capacitors.

• Very low equivalent series resistance (ESR), reducing heat generation
• High temperature tolerance, up to 105°C
• High capacitance value, ranging from 10 μF to 100 μF
• Designs for high current pulses and pulse-density

  Working Principle

  The 6SVPC100MY is a unique aluminum-polymer capacitor with a unique construction. Its working principle is based on the idea of combining a solid polymer base and a thin aluminum foil to form an electrolytic environment. The capacitor works by allowing electric charges to be stored in the thin aluminum film, creating a charge separation between the electrodes when non-conductive ions move through the electrolyte. The ions create a thin layer of positively charged ions on the surface of the aluminum, while a second thin layer of negatively charged ions are created on the surface of the polymer base.

  So, the electric charges between the electrodes create the strong capacitance, which can provide a great current capacity for short periods of time. The 6SVPC100MY capacitor has excellent pulse handling abilities and is able to provide higher current density than most aluminum electrolytic capacitors. The low ESR also helps to keep power dissipation in check.

  In conclusion, the 6SVPC100MY is an ideal choice for applications that require high current pulses and pulse-duality. With its high temperature tolerance level, precise capacitance matching and stable performance, it is an excellent choice for those seeking a reliable aluminum-polymer capacitor to integrate into their designs.

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