16MS747MEFCTZ5X7

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Aluminum electrolytic capacitors are non-polarized capacitors with a particularly high capacitance per unit volume. They are made of two aluminum foils separated by electrolytic paper impregnated with an electroconducting liquid (ionized aluminum oxide). The outer foil is etched with a pattern of parallel stripes, and the capacitance is proportional to the surface area of the stripes that are radial in shape. The anode is given by the solid anode of the parallel-striped aluminum foil. The cathode is obtained from the semiconductor junction of the impregnated paper dielectric.

The 16MS747MEFCTZ5X7 is an aluminum electrolytic capacitor that was designed for reliable high-temperature operation in industrial applications. It features a conductive polymer dielectric that enables extended temperature and voltage operation and reduces ESR. The capacitor is built in accordance with the RoHS Directive and is UL Recognized.

Nominal capacitance for the 16MS747MEFCTZ5X7 ranges from 4.7μF to 22μF. Its rated voltage is at 6.3mV and its rated temperature range is from -25°C to +105°C. The 16MS747MEFCTZ5X7 is also designed with an extended lifetime, typically 105,000 hours at rated voltage and ambient temperature.

This high-temperature aluminum electrolytic capacitor offers great benefits for customers in the industrial sector. It is ideal for high-temperature applications such as AC/DC power adapters, lighting, industrial controls, automotive, and aviation. It has applications in DC-DC converters, motor drives, and many other motor control devices.

The working principle of the 16MS747MEFCTZ5X7 aluminum electrolytic capacitor is quite simple. The capacitor is charged up when current is passed through it, and when the current is cut off the stored charge is kept towards the electrode. This stored charge produces its capacitance. The stored charge is actually stored energy, which is measured in Farads (capacitance measurement).

The current then flows towards the opposite electrode, and this charge will dissipate over time. This is why the capacitors may have a tendency to leak current. The rate of current leakage will depend on the way the capacitor is designed, and the amount of impurity in the electrolyte.

The 16MS747MEFCTZ5X7 aluminum electrolytic capacitor is a reliable high-temperature connector suited for industrial and automotive applications. Thanks to its low ESR, extended temperature, and voltage range, the connector is able to operate in extreme temperatures of up to 105°C. Its nominal capacitance and long lifetime guarantee a great experience for its users.

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