EET-HD2G471LJ

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Aluminum Electrolytic Capacitors are a type of electrolytic capacitor that uses aluminum as the anode and has a solid or liquid material as the electrolyte. They are used extensively in products and applications which require high levels of capacitance, good electrical and thermal properties, low internal resistance, and long lifespans. The EET-HD2G471LJ is one such product and belongs to the series of cup-shaped aluminum electrolytic capacitors.

The EET-HD2G471LJ is constructed with an aluminum base and a cup-shape structure encased in a sealed plastic shell. The anode and cathode terminals of the capacitor are connected by aluminum foil, which represents the capacitance of the dielectric material and creates a highly efficient and compact electrical component. This electrical component is designed to store electrical energy either in a single pulse or as a continuous charge.

The capacitor\'s application field can be found in AC, DC, impulse, and switching power supplies for medium power applications. It can be used in a number of different circuit configurations, such as reverse bias, capacitive filters, and as a power line filter for various products. It is commonly used for smoothing rectified output, filtering rectified noise, signal conditioning, and ripple reduction. It can also be used in communication networks, professional audio, industrial applications, electric vehicles, robotics, and transportation systems.

The working principle of the EET-HD2G471LJ is simple. The aluminum anode is charged up with a high voltage, which then creates a voltage drop between the two electrodes. This voltage drop is due to the electric field generated by the presence of the electrolytic material. The capacitance between the two electrodes is equal to the product of the electric field and the area of the insulating layer which separates them. The capacitance of the capacitor is then directly proportional to the size of the insulating layer.

The total capacitance can also be increased by adding an additional layer of insulating material. The working temperature range of the capacitor is between –55 °C and +105 °C and the maximum operating temperature is +125 °C. The maximum voltage rating for this particular product is 100 VDC, and the insulation resistance between the two electrodes is in the range of 10^8 (200V) to 10^12 (100V) ohms.

As far as safety precautions go, it is important to take note that any leakage current between the anode and the cathode could cause the capacitor to short-circuit, resulting in a possible fire or explosion. It is also important that the capacitor should not be exposed to physical shock as this could cause it to fail. Additionally, using the wrong type of capacitor in a circuit could also cause a potential safety hazard.

To summarize, the EET-HD2G471LJ can be considered to be an excellent choice for a variety of applications in AC, DC, impulse, and switching power supplies requiring reliable, compact, and long-lasting performance. The aluminum construction allows for high levels of capacitance, good electrical and thermal properties, low internal resistance, and an extended operating temperature range in a highly efficient form factor. It is important to adhere to all safety precautions when making use of this product.

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