UFG1H0R1MDM

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Aluminum electrolytic capacitors are energy storage devices commonly used in a variety of electrical applications due to their relatively small size, high capacitance and low cost compared to other types of capacitors. The UFG1H0R1MDM is a type of aluminum electrolytic capacitor with a cylindrical body and radial lead terminals.

The capacitance of the UFG1H0R1MDM is determined by its internal shape and physical construction. Inside the device is a series of electrolyte soaked tabs that act as two insulated plates with an electrical potential between them. When a potential is applied to the device, an electric field is created which draws charged ions from the electrolyte onto the plates, forming a temporary dielectric.

The higher the electric potential applied to the device, the greater the number of ions drawn to the plates and the greater the capacitance of the device. As a result, the capacitance of the UFG1H0R1MDM can vary from as low as 1.0 μF and as high as 12.5 μF.

The UFG1H0R1MDM is designed for use in both AC and DC circuits. In DC circuits, the capacitance acts as a low-pass filter to remove unwanted noise and regulate voltage. In AC circuits, the capacitance acts as a high-pass filter to remove low frequency chatter and smooth out the signal.

The key feature of the UFG1H0R1MDM is its low voltage and temperature capability. The device is rated to operate from -25 to +85 °C and from 4 to 24 Vdc. This makes the device suitable for a wide range of applications from consumer electronics to industrial automation, automotive and health care equipment.

In terms of performance, the UFG1H0R1MDM has a rated dissipation factor of 0.25 %/V, an insulation resistance of 3,000 MΩ, and a rated voltage of 13 V. This combination of features results in a device that is very reliable and relatively low cost.

The UFG1H0R1MDM is an excellent choice for applications where durability and reliable performance are the most important factors. It is well suited for high temperature, high vibration and shock conditions, making it a good choice for portable electronics and industrial systems. In addition, its low cost and wide operating range make it an attractive choice in applications where budget is a concern.

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