B41828A9108M

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Aluminum Electrolytic Capacitors (AECs) are a type of passive integrated component used extensively in numerous electronic devices. The B41828A9108M is a highly reliable AEC series for low-voltage applications. The B41828A9108M has an extended life span, high insulation resistance, and low ESR, making it a popular choice for various applications. This article will discuss the application field and working principle of the B41828A9108M.

An AEC is a capacitor that consists of a single or several aluminum foil plates, each coated with an insulating layer of oxide and separated by a conducting layer of electrolyte. It utilizes the reactivity of aluminum to form a high capacitance value, which is beneficial in producing higher ripple current values. The B41828A9108M is mainly used in consumer automotive electronics, aerospace systems, satellite systems, medical electronics, and laser technology applications.

The B41828A9108M is configured to meet the demands of the above-mentioned applications. It is manufactured with wet-slug electrolytic technology and has a wide range of capacitance values from 1µF to 330µF. The B41828A9108M also has a voltage rating of 10V-63V, a temperature range of -40°C to 105°C, and a high insulation resistance of 1012 ohms. It also has a very low ESR rating, which makes it well-suited for high-ripple current applications.

The working principle of the B41828A9108M is based on the reactivity of aluminum and electrolyte. The reactivity of aluminum allows for current to be passed through it, thus forming the capacitor. The electrolyte helps to create a barrier between the two aluminum plates, and helps to store and release the energy created when a current is passed through the capacitor. The B41828A9108M is particularly efficient at storing and releasing energy due to its high capacitance value.

The B41828A9108M has a wide range of applications due to its sturdy construction and extended life span. It is one of the most reliable AEC series for low-voltage applications, and is commonly used in consumer automotive electronics, aerospace systems, satellite systems, medical electronics, and laser technology applications. The B41828A9108M also has a high insulation resistance and very low ESR, which makes it a great choice for high-ripple current applications. Finally, the working principle of the B41828A9108M is based on the reactivity of aluminum and electrolyte, which allows for a high capacitance value and efficient energy storage and release.

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