UKL1HR47MDDANATD

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Aluminum Electrolytic Capacitors, or Al-Elecs, are widely used throughout the electronics industry in various applications. This is due in part to their long established history of reliable, consistent performance and their affordability. One of the most familiar capacitors employed is the UKL1HR47MDDANATD. Let’s take a closer look at this capacitor and examine its areas of use and operating principle.

The UKL1HR47MDDANATD is an electrolytic capacitor. In general, electrolytic capacitors use an electrolyte, which is an ionically conducting liquid or paste, as one of their electrical connections. Two plates (electrodes) that have acquired a charge from the electrolyte are known as the capacitors plates. These plates and the electrolyte form a capacitor that can store a charge, depending on the distance between the plates and the surface area of the plates.

The UKL1HR47MDDANATD capacitor is made up of aluminum foil and an electrolyte. This aluminum foil acts as one of the plates and is known as the anode. The aluminum foil is then rolled and submerged into a tank of a dielectric liquid, known as the electrolyte. This electrolyte covers the anode and forms a thin film around it. This leaves a small air gap. The other plate is a layer of corrosion-resistant metal, known as the cathode. The two plates and the electrolyte create an electrostatic field that allows for two types of current to flow. This is called an electrochemical double-layer capacitor.

The working principle of the UKL1HR47MDDANATD capacitor is based on its size and construction. The smaller capacitors are employed in high frequency applications, such as in audio equipment, while the larger capacitors are often used in power supplies and can be used to filter excessive noise. As a result, they are widely used in power converters, welding machines, automotive electronics, electronic ballasts, and laptop and PC power supplies.

The UKL1HR47MDDANATD capacitor has many advantages. It offers a long life span of approximately 4000 hours, along with low ESR (Equivalent Series Resistance) and low ESR ripple, low leakage current, high temperature stability, and superior stability over frequency and temperature. Additionally, it boasts a high ripple current ratings, high input capacitance, high dielectric strength, and low self-heating.

In conclusion, the UKL1HR47MDDANATD capacitor is an effective and reliable component used in many applications. Its ability to store charge, while at the same time providing many advantages such as a long life span and low ESR, make it an ideal choice for a huge range of electronics. Its excellent stability over temperature and frequency, as well as its low self-heating, lend it to being used in the automotive, audio, and laptop/PC industries.

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