UVR1C101MDA

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Aluminum electrolytic capacitors are electrical components commonly found in a wide variety of products including automobiles, computers, robotics, and consumer electronics. They are an essential part of many circuits as they can store electrical energy, helping to regulate current and allowing for the release of a steady stream of electricity over a set period of time. The UVR1C101MDA is an example of an aluminum electrolytic capacitor, and this article will explain in detail the application field & working principle of this device.

The UVR1C101MDA is a radial, non-polarized electrolytic capacitor. It is rated for a capacitance of 100µF at a working voltage of 160V, with a ripple current of 220mA at 105°C run time and a capacitance change of -20% after 1000 hours. The device is rated for an operating temperature range of -55° to +105°C, with a life expectancy of 2,000 to 4,000 hours. Its dimensions are 2in in diameter and 1in in length.

The UVR1C101MDA is primarily used in power supplies, and for filtering and decoupling applications. It is typically used in general purpose applications in which the operating environment is not too extreme. Examples of such applications include personal computers, home appliances, and automotive systems.

The working principle of the UVR1C101MDA is based on Faraday\'s law of electrolysis, which states that when an electric field is applied to an electrolyte solution, ions will move along the electric field and will migrate to the electrodes to produce a voltage across them. The migration of the ions in the electrolyte gives rise to a current flow. The UVR1C101MDA, in particular, utilizes the electrolyte to store energy in the form of electrical fields, allowing the device to release power in a steady stream over an extended period of time.

In operation, the UVR1C101MDA operates on the basic principle of separating the electrolyte into two layers. The two layers of electrolyte (the cathode and anode) are separated. When the anode is charged, ions from the electrolyte move towards the anode where they are stored in the form of electrical fields. The stored energy can then be drawn off in a controlled manner through the use of insulated leads.

The UVR1C101MDA is a reliable and efficient device that is suitable for a variety of general purpose applications. Its radial construction, non-polarized design, and operating temperature range make it very suitable for consumer electronics, as well as automotive and robotics applications. The device’s long life expectancy and stable performance make it an excellent choice for the vast majority of operational scenarios.

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