B41827A8338M

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Aluminum electrolytic capacitors are capacitors whose capacitance is primarily determined by metal plates with an oxide layer acting as a dielectric. The B41827A8338M is a type of aluminum electrolytic capacitor with a radial lead-type embodiment.

These capacitors are incredibly versatile. They are commonly used in AC circuits, motor controls, switching power supplies, and other applications that require large amounts of stored energy. They have a wide range of characteristics, with the capacity to hold charge in anything from low frequency to high frequency conditions.

The B41827A8338M aluminum electrolytic capacitor consists of two metal plates separated by a dielectric oxide layer. A conductive electrolyte connects the two plates. The type of electrolyte used depends on the capacitor\'s application and desired capacitance characteristics. Generally, these electrolytes are organic solvents, electrolyte gels, or conductive polymers films.

The B41827A8338M has an allowable ripple of 2.5 Amps per volt-second and a capacitance range of 830 – 1000µF. Its dielectric strength is from 250 to 260V and its temperature range is between -25 degrees Celsius to +85 degrees. This capacitor can handle maximum pulses up to 100kHz and maximum frequency up to 200MHz. Its weight is approximately 12 grams.

The working principle of the B41827A8338M is relatively simple. When a voltage is applied to the capacitor, the positive metal plate is drawn to the negative plate due to the electric field. This creates a strong capacitive effect, or an electrical charge, between the two plates. This electric charge is then stored in the capacitor.

The B41827A8338M aluminum electrolytic capacitor is an incredibly versatile device. It is ideal for use in AC circuits, motor controls, switching power supplies, and other applications requiring large amounts of stored energy. It has a wide range of capacitance characteristics, a wide temperature range, and is capable of handling maximum frequency and pulses up to specified limits. Its working principle is relatively simple and easily understandable, making this capacitor an excellent choice for a multitude of applications.

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