B43252C9826M

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Aluminum Electrolytic Capacitors can be used in a large variety of applications, from consumer electronics to medical devices. The B43252C9826M is an example of such a capacitor that has its own distinct characteristics and purposes.

The B43252C9826M is an aluminum electrolytic capacitor with a capacitance of 2200µF, a nominal voltage of 16V, a leakage current of 2.0µA and a ripple current of 660mA. It is designed with minimal leakage and excellent ripple current performance, making it suitable for various pulse operation environments. Additionally, the B43252C9826M has an endurance of 1000hrs at 25°C, and a service life of 5000hrs at 105°C.

The construction of the B43252C9826M consists of two aluminum foil pieces, separated by a layer of a non-aqueous electrolyte. A paper sheet acts as the separation layer for these two components, which are then rolled and fitted with a case or epoxy resin-sealed end caps. The second aluminum foil piece acts as the anode, while the electrolyte acts as the cathode.

Due to its endurance and service life ratings, the B43252C9826M has numerous applications such as for filtering noisy circuits, decoupling, and for power supply circuits. This capacitor also works well in AC circuits by providing fixed capacitance, voltage stability, and improved dielectric properties. As the B43252C9826M has a high frequency response and is able to maintain the desired capacitance, it can also be used as an active filter in commercial products.

In operation, the aluminum electrolytic capacitor must be rated to meet the upper voltage of the supply voltage. It should not be over-stressed, otherwise it may reduce the service life of the capacitor. Failure to meet this requirement may result in damage to the device and cause safety risks. To ensure the capacitor functions properly, it must remain within the temperature range stated in the specifications.

Therefore, the B43252C9826M is an effective and reliable choice for many electronic applications due to its withstand voltage, endurance, and service life ratings. It is a cost effective component with excellent capacitance, voltage stability, and improved dielectric properties that makes it suitable for AC circuits. Furthermore, as its leakage current is minimized, it is suitable for utilization in pulse operation environment.

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