UHN0J102MPD6

Aluminum electrolytic capacitors can be divided into four categories according to their construction: screw terminal, axial lead, radial lead, and snap-in. UHN0J102MPD6 is an axial lead type electrolytic capacitor of the aluminum electrolytic capacitor category. The axial lead type is used for high current applications in which fast assembly is required, such as power supply and DC-DC converters. It is a long life capacitor that can operate within the temperature range of -40℃~105℃.

The construction of the UHN0J102MPD6 includes an aluminum can, a screw terminal, and snap-in terminals at either end. Inside the can is an anode and a cathode, as well as a paper separator material saturated with electrolyte. When a voltage is applied to the anode and cathode, an electric field is created that allows electrical current to flow between them. This phenomenon is known as capacitance, which is the ability of the capacitor to store energy until it is discharged again.

The UHN0J102MPD6 capacitor has a capacitance rating of 1,000 µF and operates at a maximum voltage of 350V. It is designed for use in variable frequency inverters, switching power supply, and DC to AC converters. This capacitor is also suitable for use in LED lighting systems, solar inverters, and motor speed controls. Its low ESR eliminates the need for air cooling, making it ideal for use in small or densely packed electronics applications.

To improve system reliability, the UHN0J102MPD6 is rated for a long life time of 5,000 hours at 105℃. It also features an additional over-voltage protection feature. This can be used to protect the device from being damaged by an excessive voltage. In addition, this capacitor is also designed to be vibration-proof and highly resistant to temperature shocks.

The UHN0J102MPD6 aluminum electrolytic capacitor is designed for high current applications and has a long life rating. It features low ESR and an over-voltage protection feature that makes it suitable for use in a number of different applications. Its construction and design make it highly resistant to vibration and temperature shocks, which further improve system reliability.