B41695A5688Q7

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Aluminum electrolytic capacitors are among the most versatile components in electrical engineering. From basic energy storage to power conditioning and signal filtering, these capacitors provide a broad range of functionalities and features. The B41695A5688Q7 model is a standout among them – an industry grade product for high voltage and high frequency applications.

The B41695A5688Q7 features two aluminum foil layers, separated by a thin paper spacer that is saturated with a liquid electrolyte. When voltage is applied across the two layers, a capacitive current is formed as a result of the electrolyte bridge between them. This is the key working principle of the B41695A5688Q7 – and other aluminum electrolytic capacitors – whereby current is stored like in a regular capacitor but can be released gradually over a longer period of time.

Applications wise, the B41695A5688Q7 is widely used in inverters, UPS systems, welding machines, solar panels, and other industrial and consumer electronics. Despite its size, the B41695A5688Q7 packs considerable amounts of energy storage capacity, making it a good choice for energy-hungry devices. This allows manufacturers to use smaller capacitors without compromising on device performance, making it a preferred choice for design engineers.

The B41695A5688Q7 is also designed to handle high frequencies and heavy duty operations. Its carefully designed paper dielectric efficiently isolates the two foil layers, allowing the capacitor to operate consistently up to 400 volts of DC voltage, and tolerate frequencies between 1 kHz and 300 kHz. All this makes the B41695A5688Q7 a popular choice for applications requiring fast response times and high-frequency technologies.

In summary, the B41695A5688Q7 from type group Aluminium Electrolytic Capacitors is a high-voltage, high-frequency capacitor with excellent energy-handling capabilities. Its design features make it suitable for a variety of applications, ranging from energy storage and power conditioning to signal filtering. As such, it is one of the preferred capacitors for design engineers and manufacturers looking for reliable and efficient solution for their various electronic applications.

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