477CKE035M

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Aluminum Electrolytic Capacitors have been a leader in the capacitance market since they were developed several decades ago. They are widely used in power supplies, audio electronics, and many other applications. The 477CKE035M Aluminum Electrolytic Capacitor is one of the most popular types of aluminum electrolytic capacitors due to its superior performance and highly reliable operation.

The 477CKE035M Capacitor features a small volume, high capacitance and low temperature coefficient. It is constructed from a metalized electrolytic aluminum foil, which is sandwiched between two activated carbon films. The spirally wound cylindrical structure is enclosed in a metal can with a sealed resin and is completed with an axial lead. This design creates a high capacitance-volume ratio in the device, allowing it to perform more efficiently compared to other aluminum electrolytic capacitors.

The working principle of the 477CKE035M aluminum electrolytic capacitor is as follows: when a voltage is applied across the terminals, a potential difference is created along the length of the electrolytic foil. This causes current to flow through the electrolyte, forming a thin film of metal ions that coat the aluminum foil. This creates a dielectric layer, which creates a capacitor between the two layers of the film.

The 477CKE035M aluminum electrolytic capacitor is mainly used in power supplies, audio electronics, medical equipment, and test and measurement equipment. It is also used for filtering, decoupling, and snubbing applications, which require a high capacitance and low ESR. Additionally, the device can be used for timing and oscillator circuits, and for other applications requiring a high energy density capacitor.

The 477CKE035M aluminum electrolytic capacitor is widely used due to its superior performance and reliability. It is constructed from a metalized aluminum foil and is enclosed in a metal can with a sealed resin and an axial lead. This creates a high capacitance-volume ratio that enables the device to be more efficient. Additionally, the device is ideal for power supplies, audio electronics, medical equipment, test and measurement equipment, and many other applications requiring a high capacitance and low ESR.

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