UVR1H331MPD1TD Capacitors

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Aluminum electrolytic capacitors are the most common type of electrolytic capacitor available to engineers and technicians. A capacitor stores electrical energy by collecting and releasing charges in a circuit. This type of capacitor is the most prevalent today due to benefits such as the large capacitance values available for a relatively small size and the low cost to produce. As the name implies, an aluminum electrolytic capacitor (AEC) is a capacitor that is constructed with aluminum foil used as the anode and cathode, separated by a thin layer of electrolyte. These capacitors are typically forged with a spiral coiled construction, which allows the capacitor to tolerate large amounts of current pulses. This type of capacitor is often found in power supply applications due to its robust construction and high capacitance values.

The UVR1H331MPD1TD is an axial leaded aluminum electrolytic capacitor manufactured by Nichicon. Axial leaded capacitors are also referred to as dipped capacitors due to the manufacturing process of dipping them into a solution of their electrolyte. A major benefit of using a capacitor of this type is that It is suited for high-temperature applications due to its low maximum operating temperature rating of only 105 degrees Celsius.

The UVR1H331MPD1TD capacitor has a maximum rated voltage of 25V and is capable of handling 3300µF of capacitance. This is a great choice when used in certain power applications due to its low impedance rating at 120mΩ. It also has a low minimum operating temperature of -60 degrees Celsius, meaning it is suitable for applications in extreme temperatures. The capacitor itself is physically quite small, measuring in at just 16.25mm in diameter and 25.5mm in length.

Despite its small size, the UVR1H331MPD1TD is widely used in various industries due to its numerous capabilities. It is used in industrial and manufacturing equipment to smooth and filter out motor control signals, providing consistent and reliable voltage for power applications. It is also used in renewable energy technology, due to its reliable performance in preventing sudden power transients. In addition, it is used in medical devices such as heart monitors, providing reliable and clean power for the critical and sensitive devices.

The working principle of the UVR1H331MPD1TD aluminum electrolytic capacitor is fairly simple. When a voltage is applied to the capacitor, an electrical charge builds up on each plate of the capacitor as electrons move from one plate to the other. This charge buildup produces a difference in voltage between the two plates and causes a current to flow, meaning the capacitor is acting as a conductor. This stored electrical charge forms an electric field that is used to hold the charge until it is released. When the capacitance is discharged, the stored electrical energy is released and the capacitor can be charged again. This cycle can be repeated indefinitely.

The UVR1H331MPD1TD is a fantastic option for numerous power applications due to its large capacitance values, low impedance, and RoHS compliance. Its low maximum operating temperature of only 105°C and the low minimum operating temperature of -60°C mean it can be used in a variety of extreme temperature applications. With its small physical size, it is an ideal option for applications where space and weight are an issue. Furthermore, due to its robust construction and reliable performance, it is also a great choice for critical applications such as medical, military, and aerospace applications.

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