UZE1V4R7MCL1GB Capacitors

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Aluminum Electrolytic Capacitors: UZE1V4R7MCL1GB Application Field and Working Principle

Aluminum electrolytic capacitors (AECs) form a major part of the components used in electrical and electronic devices. They are highly configurable energy-storing devices that help in the modulation of electric current. UZE1V4R7MCL1GB is a type of AEC with a robust, compact and reliable design. It is used in a myriad of electrical and electronic devices such as AC adaptors, electronic lightings, computer systems, and other consumer applications.

AECs are composed of an aluminum can or plate with two pins or terminals connected via its ends. This contains two metal conductive plates (anode and cathode) that are polarized using a layer of aluminum oxide built between them. Such oxide layer acts as an insulator to the metal electrodes, and the two metals are then immersed in an electrolyte solution to allow the conduction and storage of electrical charge. This creates a electric field between the two plates to store electric energy.

In general, UZE1V4R7 MCL1GB AECs are miniaturized, space-saving components designed to operate in an ambient temperature range of -40°C to 85°C with a ripple current rating of 100-200mA. Their standard capacitance range is 4.7-2500μF, with a voltage range of 1-200 Volts. Series such as U series are axial electrolytic capacitors, and the MCL1GB series is through-hole-mounted.

The device has a range of use cases due to its small size and robust design, making it a versatile energy-storing component. It is used for power supplies, filtering, oscillating, and signal-generating applications in digital circuits, rectification, and ripple absorbing. UZE1V4R7MCL1GB is also popularly used in applications that require a large capacitance with a small size such as lighting control systems, computer boards, servers and solar energy systems.

The working principle beneath all AECs, including UZE1V4R7MCL1GB, is that the positive and negative electric charges accumulate in the anode and the cathode of the device and generate an electric field. This field will strengthen when more capacitance is applied, and weaken when the device is discharged. In addition, the thickness of the aluminum layer has a direct influence on the capacitance, and the higher the capacitance, the thicker the aluminum layer. Furthermore, when an alternate current is applied to the electrode, the oxidation layer alternates between the two electrodes, which increases the capacitance of the device.

In conclusion, UZE1V4R7MCL1GB aluminum electrolytic capacitors are cost effective, compact, energy storing components used in a wide range of consumer and commercial electronic and electrical components. The device\'s working principle could be understood by analyzing its design parameters and the principles by which charge accumulates and strengthens in the capacitors electrodes.

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