UKL1H010MDDANATD Capacitors

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Introduction

Aluminum electrolytic capacitors are an indispensable part of modern electronic technologies and power engineering. The standard model, UKL1H010MDDANATD, belongs to the family of aluminum electrolytic capacitors, which are widely used in a variety of electronic applications due to their simple construction, cost effectiveness, reliable performance and high energy efficiency.

Application Fields

UKL1H010MDDANATD capacitors are highly suitable for a wide range of applications including power electronic equipment, instrumentation, switch mode power supply, frequency conversion, and UPS systems. Their small size, high reliability and high temperature resistance make them an ideal choice for high-current automotive, aerospace, robotic and military applications.

These capacitors can also be used in circuits demanding very high ripple current such as automotive alternators, power supplies and motor controllers. Moreover, they are the perfect choice for medical equipment, instrumentation, amplifiers, TVs and computers.

Working Principle

Aluminum electrolytic capacitors are composed of an anode cage, a dielectric oxide film and a aluminum anode/cathode foil pair. The anode foil and the cathode foil are separated by a paper sleeve. This combination creates a high energy storage density which makes them much more reliable and efficient than other types of capacitors.

When a voltage is applied to the capacitor, it causes the aluminum anode to corrode and generate a layer of oxide film surrounding the anode. This oxide film has a very high dielectric strength and acts as the insulating material of the capacitor. The anode foil acts as a positive electrode and the cathode acts as a negative electrode. The foil is electrochemically polarized and it is the dielectric oxide film that creates the physical barrier between the two electrodes, which limits the flow of electricity.

The UKL1H010MDDANATD is a radial-lead type capacitor, meaning that the leads are uniformly spaced in a circular pattern and exit on opposite sides of the capacitor body. The leads are shorted together inside the capacitor, forming an electrical connection between the two plates within the device.

Conclusion

UKL1H010MDDANATD aluminum electrolytic capacitors offer a wide range of applications and are highly reliable and energy efficient components. They have a wide operating temperature range, high endurance and an impressive ripple current rating, making them suitable for a broad range of electronic applications.

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